#FR Inherent Coverall

[vibgyorworkwear]

How do FR clothing options help improve workers' comfort?

Fire can create a dangerous situation for many people who works in these industries daily. Staying alert and avoiding the situation can be easy when you have clothing from FR Inherent Coverall India. Multiple excellent suppliers in India manufacture & supply flame-resistant clothing. This clothing can save you when danger is around the corner! So, here we share some factors that prove how it helps workers.

Why is it advisable to wear FR uniforms on site?

When you choose Fr Summer Coverall Manufacturers in India, you can buy FR clothing or jackets that won’t melt onto the skin. Unlike regular fabrics, it doesn’t melt and reduces the chances of burning. FR clothing helps to offer thermal insulation from the heat flames. These types of clothing are much stronger than regular materials because it is made of high fabrics that are non-flammable. 

FR clothing is an essential tool for multiple professionals because it protects the wearers from burns caused by electric arcs, flash fires, and dust. It allows several industries to tackle dangerous tasks. FR clothing has saved the lives of countless people from serious injuries. These clothing are designed in such a way that they can protect the wearer from thermal injuries & flames. It helps users to avoid burns from the initial exposure to flame and heat transfers. This type of clothing is used in many industries, including research labs, oil & gas, electric utilities and fire service industries. Contact the Lightweight Anti-Static Flame Retardant Coverall India if you rely on any of these businesses.

How does the FR clothing work?

Most of the FR clothing or Industrial Jacket in India is made of a material designed to be heat resilient. The materials like Kevlar & Nomex offer amazing flame-resistant qualities. The manufacturers widely use this fabric for preparing FR garments. Material like cotton is also used to treat certain chemicals that boost heat resistance & improve protective qualities. It helps to avoid long-lasting damage to the skin. FR clothing made with different clothing materials holds different benefits. 

FR clothes from Vibgyor Workwear always come with a baggy fit because a tight fit is not the right choice. The skin-tight clothes transfer the heat more easily to the skin & which can result in severe burns and injuries. When you wear loose-fitting clothes, it creates a layer of air between your skin and the cloth. 

Investing in the ideal FR clothing brings lots of benefits. It helps to keep your professionals safe while dealing with fire-related tasks.

[frcoveralls]

 The Evolution of FR Coveralls: From Basic Protection to High-Tech Gear

Flame-resistant (FR) coveralls are an essential part of personal protective equipment (PPE) for workers in various hazardous environments. The evolution of FR coveralls reflects significant advancements in material science, safety standards, and ergonomic design. This article explores the journey of FR coveralls from their rudimentary beginnings to the sophisticated, high-tech gear used today.

 Early Beginnings: Basic Protection

The inception of flame-resistant clothing can be traced back to the early 20th century when industries like firefighting, oil and gas, and electrical work began recognizing the need for protective clothing to shield workers from thermal hazards. The earliest FR garments were made from heavy cotton fabrics treated with chemical flame retardants. These treatments were rudimentary, providing basic protection against fire but often compromising the fabric’s durability and comfort.

 Mid-20th Century: The Introduction of Synthetic Fibers

The mid-20th century marked a significant turning point in the development of FR clothing with the advent of synthetic fibers. Materials like Nomex, developed by DuPont in the 1960s, revolutionized the industry. Nomex is inherently flame-resistant, meaning its flame resistance is built into the fiber itself rather than being applied as a chemical treatment. This innovation resulted in garments that were not only more effective at protecting against fire but also more durable and comfortable.

Another critical development during this period was the introduction of Kevlar, another DuPont invention. While primarily known for its use in bulletproof vests, Kevlar also found applications in FR clothing due to its excellent thermal resistance and strength. Blending Kevlar with Nomex or other fibers produced FR coveralls that offered enhanced protection and durability.

 Late 20th Century: Improved Standards and Regulations

As the understanding of workplace hazards deepened, regulatory bodies worldwide began establishing stringent safety standards for FR clothing. In the United States, the National Fire Protection Association (NFPA) introduced standards such as NFPA 2112, which specifies the minimum performance requirements for FR garments to protect industrial workers from flash fire hazards. Compliance with these standards became mandatory for manufacturers, driving improvements in the design and performance of FR coveralls.

During this period, manufacturers also started focusing on improving the comfort and wearability of FR coveralls. Innovations in fabric technology allowed for lighter, more breathable materials that did not sacrifice protection. This shift was crucial in increasing worker compliance with safety regulations, as uncomfortable gear often led to improper usage or non-compliance.

 Early 21st Century: Advanced Materials and Ergonomics

The early 21st century saw rapid advancements in material science, leading to the development of even more sophisticated FR fabrics. One notable innovation was the introduction of fabrics that combined multiple layers of protection. For example, some modern FR coveralls feature an outer layer of Nomex or Kevlar for flame resistance, a middle layer of moisture-wicking material to keep the wearer dry, and an inner layer of soft, comfortable fabric for enhanced wearability.

Additionally, advancements in nanotechnology have begun to influence the design of FR clothing. Nanocoatings can provide additional flame resistance, water repellency, and even antimicrobial properties without significantly adding to the weight or bulk of the garments. These coatings are applied at the molecular level, creating a protective barrier that enhances the overall performance of the fabric.

Ergonomic design has also become a major focus in the development of modern FR coveralls. Manufacturers now use computer-aided design (CAD) to create garments that offer a better fit and greater freedom of movement. Features such as articulated knees, gusseted crotches, and strategically placed stretch panels allow workers to move more naturally, reducing fatigue and increasing productivity.

 Present Day: Smart Fabrics and Integration with Technology

Today, the evolution of FR coveralls continues with the integration of smart technologies. Researchers and manufacturers are exploring the use of smart fabrics embedded with sensors that can monitor various parameters, such as temperature, heart rate, and exposure to hazardous substances. These sensors can provide real-time data to both the wearer and their supervisors, allowing for immediate action in case of danger.

For instance, some FR coveralls now come with embedded thermal sensors that alert the wearer if the garment's surface temperature exceeds a safe threshold. This feature is particularly useful in environments where the risk of flash fires is high, providing an additional layer of safety.

Another exciting development is the use of phase-change materials (PCMs) in FR clothing. PCMs can absorb, store, and release thermal energy, helping to regulate the wearer’s body temperature. This technology enhances comfort by preventing overheating in hot environments and providing warmth in cold conditions.

 The Future: Sustainable and Eco-Friendly FR Clothing

Looking ahead, sustainability is set to become a key focus in the development of FR coveralls. As industries worldwide strive to reduce their environmental footprint, the demand for eco-friendly PPE is growing. Researchers are exploring the use of recycled and biodegradable materials in the production of FR clothing. Additionally, advances in green chemistry are leading to the development of non-toxic, environmentally friendly flame retardants.

One promising area of research involves the use of natural fibers such as wool, which inherently possesses some flame-resistant properties. By enhancing these natural fibers with advanced treatments and blends, manufacturers can create sustainable FR garments that meet modern safety standards without relying heavily on synthetic materials.

Moreover, the concept of circular economy is gaining traction in the PPE industry. This approach emphasizes the importance of designing products for longevity, repairability, and recyclability. For FR coveralls, this means creating garments that can be easily repaired and eventually recycled into new products, minimizing waste and conserving resources.

The evolution of FR coveralls from basic protection to high-tech gear is a testament to the continuous advancements in material science, safety standards, and ergonomic design. From the early days of chemically treated cotton to the latest innovations in smart fabrics and sustainable materials, FR coveralls have undergone a remarkable transformation. As technology and sustainability continue to drive the industry forward, the future of FR clothing promises even greater levels of protection, comfort, and environmental responsibility. This evolution not only enhances worker safety but also reflects a broader commitment to creating a safer and more sustainable world.

[manjeet1994]

Understanding the Importance of Arc-Rated Shirts in Electrical Safety.

Arc-rated shirts are specialized garments designed to protect against arc flash incidents in industrial settings where workers are exposed to electrical hazards. An arc flash is a sudden release of energy caused by an electrical fault or malfunction, resulting in an explosion of intense heat and light. These incidents can cause serious injuries, including burns, electrical shock, and even death.

Arc-rated shirts are made from flame-resistant (FR) materials that are specifically engineered to resist ignition and minimize burn injuries in the event of an arc flash. These materials undergo rigorous testing to ensure they meet industry standards for arc flash protection.

Here are some key features and components of arc-rated shirts:

Flame-Resistant Fabric: Arc-rated shirts are typically made from flame-resistant materials such as modacrylic, aramid, or a blend of these fibers. These fabrics are inherently flame-resistant or treated with flame-retardant chemicals to reduce their flammability.

Arc Rating: The arc rating of a garment indicates its ability to protect against arc flash incidents. It is measured in cal/cm² (calories per square centimeter) and represents the amount of thermal energy the fabric can withstand without causing second-degree burns to the wearer's skin.

Design and Construction: Arc-rated shirts are designed to provide full coverage and protection to the upper body, including the torso, arms, and shoulders. They may feature long sleeves, button-up closures, and chest pockets for practicality and functionality. The seams of arc-rated shirts are often reinforced to enhance durability and reduce the risk of seam failure during an arc flash event.

Compliance Standards: Arc-rated shirts must meet specific safety standards set by organizations such as the National Fire Protection Association (NFPA) and the International Electrotechnical Commission (IEC). These standards outline the testing procedures and performance requirements for arc flash protective clothing, ensuring that garments offer reliable protection against electrical hazards.

Layering and Compatibility: Arc-rated shirts are often designed to be worn as part of a layered clothing system, allowing workers to customize their level of protection based on the hazards present in their work environment. They can be worn underneath additional layers of protective clothing, such as arc-rated jackets or coveralls, to provide comprehensive protection against arc flash incidents.

Arc-rated shirts play a crucial role in safeguarding workers against the dangers of arc flash incidents in industrial workplaces. By providing reliable flame and thermal protection, these garments help reduce the risk of serious injuries and promote a safer working environment for employees exposed to electrical hazards.

[midseo]

Aluminised Fire Proximity Suit, Alugen™ Series Defence / NFPA Ultralite Fire Proximity Suit, Mumbai, India

NexG Apparels LLP, an ISO 9001:2015 Certified Company, Manufacturers, Suppliers and Exporters of Aluminised Fire Proximity Suit, Alugen™ Series Defence / NFPA Ultralite Fire Proximity Suit, Mumbai, India.

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[tarapro]

Debunking Myths about FR Coveralls

Flame-resistant (FR) coveralls play a critical role in protecting workers from fire-related hazards in various industries. However, misconceptions and myths surrounding FR coveralls continue to persist, leading to misunderstandings and, in some cases, improper use of this essential safety gear. In this article, we will debunk common myths about FR coveralls and provide factual information to promote a better understanding of their importance in workplace safety.

FR Coveralls Are Uncomfortable and Restrictive

One of the most prevalent myths about FR coveralls is that they are uncomfortable and restrict movement. While early versions of FR coveralls may have been less comfortable, modern advancements in fabric technology have led to the development of more comfortable and flexible materials. Manufacturers now use lightweight and breathable fabrics that allow for better ventilation and moisture management, reducing discomfort and heat stress. Additionally, ergonomic designs and features, such as stretch panels, gussets, and adjustable cuffs, ensure that workers can move freely and perform their tasks efficiently without compromising safety.

FR Coveralls Are Only Necessary for High-Risk Industries

Another common myth is that FR coveralls are only necessary in industries with high fire risk, such as oil and gas or welding. In reality, any workplace with potential fire or heat hazards should consider providing FR coveralls for workers. Even seemingly low-risk industries can have occasional fire or electrical hazards, and wearing FR coveralls can significantly reduce the risk of injury in such situations. Ensuring workers have adequate protection is a fundamental responsibility of employers, regardless of the industry.

Regular Workwear Is Sufficient Protection Against Fire Hazards

Some individuals believe that regular workwear or cotton clothing is enough to protect against fire hazards. However, cotton and other natural fibers are highly flammable and can ignite quickly when exposed to flames or intense heat. FR coveralls are made from specialized fabrics that are inherently resistant to flames or have been treated with flame-retardant chemicals. These fabrics are designed to self-extinguish when exposed to fire, preventing further combustion and providing valuable seconds for workers to escape or take appropriate action.

FR Coveralls Are Cost-Prohibitive

A common misconception is that FR coveralls  are prohibitively expensive, leading some employers to opt for cheaper non-FR alternatives. While FR coveralls may have a higher upfront cost compared to regular workwear, they offer significant cost savings in the long run. The durability and long lifespan of FR coveralls mean they need to be replaced less frequently than standard workwear. Additionally, the cost of potential injuries and medical expenses resulting from fire-related accidents far outweighs the investment in proper FR protective gear.

Regular Clothing Can Be Made Flame-Resistant with Home Treatments

There are DIY flame-retardant treatments available on the market that claim to make regular clothing flame-resistant. However, these treatments are often not as effective as industrial-grade FR fabrics used in professionally manufactured FR coveralls. Home treatments may wear off over time or fail to meet industry safety standards, leaving workers inadequately protected. It is essential to rely on certified and tested FR coveralls that have undergone rigorous safety evaluations.

All FR Coveralls Are the Same, Regardless of Brand or Certification

Not all FR coveralls are created equal, and the choice of brand and certification matters significantly. Reputable manufacturers invest in research and development to create high-quality FR coveralls that meet industry standards and regulations. It is crucial for employers to choose FR coveralls that are certified according to relevant safety standards, such as NFPA 2112 and NFPA 70E. Proper certification ensures that the coveralls have been thoroughly tested and meet the necessary safety requirements.

FR Coveralls Do Not Require Regular Inspection and Maintenance

Some may believe that once FR coveralls are purchased, they require no further attention. However, like any other personal protective equipment (PPE), FR coveralls should undergo regular inspection and maintenance. Employers should establish a maintenance program to check for wear, tear, or damage to the coveralls and ensure they are functioning correctly. Proper cleaning and storage are essential to maintain the protective properties of the fabric over time.

Wearing FR Coveralls Alone Guarantees Total Safety

While FR coveralls are a vital component of worker safety, they are not a substitute for other safety measures and best practices. Workers should always follow proper safety procedures and wear additional PPE as required by their work environment. For example, if workers are handling chemicals, they may need to wear chemical-resistant gloves or eye protection in addition to FR coveralls. A holistic approach to workplace safety ensures comprehensive protection for workers.

Debunking myths about FR coveralls is crucial to ensure a safer work environment for employees in various industries. Understanding the truth behind these misconceptions is essential for employers and workers alike. Modern advancements in fabric technology have made FR coveralls more comfortable and functional than ever before, making them a reliable and necessary piece of personal protective equipment. The protection offered by FR coveralls against fire and heat hazards is unparalleled, and their proper use can significantly reduce the risk of injuries and fatalities in the workplace. Employers should prioritize the safety of their workers by providing them with certified and well-maintained FR coveralls, promoting a culture of safety and responsibility in the workplace.

[electricarcprotectiveclothing]

Understanding Electric Arc Hazards: The Importance of Protective Clothing

Industries that involve electrical work or equipment face significant risks from electric arc hazards. These hazards stem from the release of hazardous electrical energy, which can have severe consequences such as burns, injuries, and even fatalities. To effectively mitigate these risks, the use of specialized protective clothing designed specifically for electric arc protection is of utmost importance. By wearing appropriate protective clothing, workers can minimize the potential harm caused by electric arc incidents and ensure their safety in such high-risk environments.

Electric Arc Hazards

An electric arc is an uncontrolled electrical discharge that occurs when current travels through the air between conductive materials. This discharge creates extreme heat, intense light, and a blast of pressure. Electric arc hazards can result from various sources, such as faulty electrical equipment, improper maintenance, or accidental contact with energized conductors. When exposed to an electric arc, workers can experience severe thermal burns, vision impairment, hearing damage, and other injuries caused by the intense energy released during the arc event.

Understanding the Role of Protective Clothing

Protective clothing plays a critical role in mitigating electric arc hazards by providing a barrier between the worker's body and the thermal energy and molten debris generated by the arc. Electric arc clothing is designed to resist ignition, prevent the transfer of heat to the wearer's skin, and minimize the potential for injuries. It acts as the first line of defense, reducing the severity of burns and protecting vital body areas.

Compliance with Industry Standards and Regulations

When selecting protective clothing for electric arc hazards, it is crucial to ensure compliance with relevant industry standards and regulations. Standards such as NFPA 70E, ASTM F1506, and IEC 61482 provide guidelines for the design, testing, and performance of electric arc protective clothing. Compliance with these standards ensures that the clothing has undergone rigorous testing and offers a reliable level of protection against electric arc hazards.

Fabric and Material Selection

Electric arc protective clothing is typically made from specialized flame-resistant fabrics and materials. These fabrics have inherent flame resistance or are treated to exhibit flame-resistant properties. Common materials include aramid fibers, such as Nomex® and Kevlar®, as well as modacrylic and FR cotton blends. These materials are chosen for their ability to resist ignition, prevent the spread of flames, and provide thermal insulation.

Layering and System Approach

To maximize protection, a layering and system approach is often employed when selecting electric arc clothing. Layering involves wearing multiple layers of protective garments to provide additional insulation and protection. Each layer serves a specific purpose, including flame resistance, thermal insulation, moisture management, and arc flash visibility. The layering system must be carefully designed to ensure compatibility, breathability, and ease of movement for the worker.

Design Features and Considerations

Electric arc clothing incorporates various design features to enhance safety and comfort. These may include reinforced stitching, adjustable closures, reflective elements for increased visibility, and ergonomic designs for ease of movement. Clothing options may range from coveralls and jackets to shirts, pants, and hoods. It is crucial to select garments that fit properly and allow for freedom of movement without compromising protection.

Training and Proper Use

Even the most advanced protective clothing cannot provide adequate safety if not used correctly. Training workers on the proper use, care, and limitations of electric arc clothing is essential. Workers should understand how to properly don and doff the clothing, recognize signs of wear or damage, and adhere to maintenance and care guidelines. Regular inspections and equipment checks should be conducted to ensure that the clothing remains in good condition and retains its protective properties.

Electric arc hazards presentsignificant risks in various industries, but the implementation of appropriate protective clothing can greatly reduce the potential for injuries and fatalities. Understanding the nature of electric arc hazards, complying with industry standards and regulations, selecting the right fabric and materials, employing a layering system, considering design features, and providing proper training are all crucial elements in ensuring effective protection. By prioritizing the importance of protective clothing and consistently following safety protocols, workers can minimize the risks associated with electric arc hazards and create a safer work environment.

[frworkwear]

https://factoryworkclothes.com/fr-coverall/oil-and-gas-fireproof-safety-coverall/

Material：7oz 88% Cotton 12% Nylon Color：Navy, Khaki, Gray, Royal blue, Arc Rating ATPV 8.6 cal/cm², HRC/CAT 2 Standards UL classified NFPA 2112 – 2018 NFPA 70E PPE 2 ASTM F1506 MAX 100 washing times Description 1.Inherently aramid sewing thread 2.Two way aramid brass zipper in front 3.Devided pen pocket on left chest pocket 4.Back venting design 5.Adjustable cuff with snaps 6.Full elasticized back waist

[antifire]

https://factoryworkclothes.com/fr-coverall/oil-and-gas-fireproof-safety-coverall/

1.Inherently aramid sewing thread 2.Two way aramid brass zipper in front 3.Devided pen pocket on left chest pocket 4.Back venting design 5.Adjustable cuff with snaps 6.Full elasticized back waist

[taylordprints-blog]

Glossary Of Terms

New Post has been published on https://taylordprints.com/about-us/glossary-terms/

Glossary Of Terms

We have put together a glossary of terms that will help you better understand any phrases or keywords used on our website while shopping for custom t-shirts or any other custom or personalized gifts.

1-9, A-B

1×1 Rib. This narrow rib has a soft, fine hand and retains its slim fit.

2×1 Rib Knit. Textured rib knit with a comfortable stretch—made to be worn alone or layered.

2-Way Zipper. A zipper with two zipper pulls so the garment can be unzipped from either direction.

3-in-1 Jacket. A jacket that consists of two jacket layers that zip together. You can wear either jacket layer separately, or zip them together for extra warmth and weather protection.

3-in-1 Jacket. A jacket that consists of two jacket layers that zip together. You can wear either jacket layer separately, or zip them together for extra warmth and weather protection.

4-Needle Stitching. A finish commonly used on a sleeve or bottom hem that uses four needles to create parallel rows of visible stitching, giving the garment a cleaner, more finished look, as well as adding durability.

4-Way Stretch. A fabric that stretches both on the crosswise and lengthwise grains of the fabric. Also called a mechanical stretch, except mechanical stretch doesn’t use spandex or other stretch yarns.

Air Jet Yarn. A type of open-end spinning that uses a stationary tube in which jets of air are directed to cause fibers to twist thereby forming a yarn. This process definitely influences the soft hand feel of the fabric while maintaining excellent resistance to pilling.

All-Weather Microfiber. Fabric that is tightly woven from an extremely fine poly thread with a suede finish for a luxuriously supple feel. When combined with waterproof coating and full seam sealing, microfiber is 100% waterproof. 100% polyester.

ANSI. The American National Standards Institute (ANSI) is an organization that promotes standards for industry and government.

ANSI Class 2. An ANSI designation for garments that are intended for activities where greater visibility is necessary during inclement weather. It also covers workers who perform tasks that divert their attention from approaching traffic or puts them in close proximity to vehicles traveling 25 mph or higher.

ANSI Class 3. An ANSI designation for garments that provide the highest level of visibility and are intended for workers who face more serious hazards than Class 2.

Antimicrobial. A term used for a garment that is able to resist, either naturally or chemically, the effects of microbial secretions put off by the human body, resisting odor and increasing garment life.

Anti-Pill Finish. A treatment applied to garments primarily to resist the formation of little balls on the fabric’s surface due to abrasion during wear. See Pilling.

Arc Rating. A value of the energy necessary to pass through any given fabric to cause with 50% probability a second- or third-degree burn. This value is measured in calories/cm2. Simply put, the Arc rating determines the protective characteristics of the fabric. The higher the Arc rating value, the greater the protection.

Articulation. A design detail usually in the shoulders, elbows or knees where limbs bend to increase mobility for greater ease of movement.

ATPV. Stands for Arc Thermal Protective Value: a rating of the Arc burn protection capability of a garment. The higher the Arc rating, the more protection a garment gives because it has a higher resistance to catching on fire. The ATPV is expressed in calories/cm2 and represents the thermal exposure from an electric arc that will create a second-degree burn in human tissue.

Athleisure. The movement where clothing designed for athletics is worn outside the gym to the office or to socialize.

Baby Pique Knit. A knitting method that creates a fine, small textured surface that appears similar to a very small waffle weave. See Pique Knit.

Back Yoke. A piece of fabric that connects the back of a garment to the shoulders. This allows the garment to lay flat and drape nicely.

Bartack. To reinforce a seam with a bar of stitches, providing a more durable seam end. Commonly used at stress points.

Base Layer. Worn next to the skin, a base layer wicks sweat and keeps the wearer drier and more comfortable.

Bias Cut. A technique used by designers for cutting clothing to utilize the greater stretch in the “bias” or diagonal direction of the fabric, thereby causing it to accentuate body lines and curves and drape softly.

Birdseye Jacquard. A small geometric pattern with a center dot knit into the fabric.

Blanket Stitch. A decorative stitch often used to finish an unhemmed blanket. The stitch can be seen on both sides of the blanket.

Blend. A yarn or a fabric that is made up of more than one type of fiber.

Bonded Fleece. Multiple layers of fleece are bonded together to form a higher functioning garment.

Bonding. The technique of permanently joining together two fabrics or layers of fabrics together by a bonding agent into one unit.

Box Pleat. A single, uniform fold in the center back of a garment to allow for more room and comfort.

Breathability. The movement of air from one side of the fabric to the other to keep the wearer comfortable. The breathability rating is typically expressed in a gram measurement of how much vapor a square meter (G/M2) of fabric will allow passing in a 24-hour period (typically, 1,000G/M2 to 10,000000G/M2). Generally, the higher the number, the more breathable the garment.

Brushed. A finishing process for knit or woven fabrics in which brushes or other abrading devices are used to raise a nap on fabrics or create a novelty surface texture.

Button-Down Collar. Found on many men’s dress wovens, where the collar’s wings can be buttoned to the front of the shirt, minimizing the spread of the wings.

Button-Through Sleeve Placket. A small placket located near the end of the sleeve, by the cuff, which contains a single button closure.

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C-D

CamoHex (Sport-Tek). A sublimated digital camouflage that uses small hexagons in a tonal pattern.

Carded Ring Spun Cotton. Carded yarns have not been combed. They contain a wider range of fiber lengths and, as a result, are not as uniform or as strong as combed yarns.

Casual Microfiber. Tightly woven fabric from a very fine polyester thread, usually with a sueded finish for a soft feel. Inherently water repellent and wind resistant due to its construction. 100% polyester microfiber.

Category 2 Protection (Bulwark). Arc-rated flame-resistant (FR) long sleeve shirt and FR pants or FR coverall with a required minimum ATPV (Arc Thermal Protective Value) of 8 cal/cm2.

Cationic Polyester. A type of polyester fiber that takes deep and brilliant colors without bleeding or fading. Cationic polyester optimizes printability.

Chambray. A plain woven fabric that can be made from silk or manufactured fibers, but is most commonly cotton. It incorporates a colored warp and white filling yarns.

Chin guard. A fold of soft fabric around the end of the zipper that helps prevent abrasion. Also known as a zipper garage.

Coil (OGIO). A metallic colored coil zipper.

Collar. The upright or turned-over neckband of a coat, jacket or shirt.

Collar Stand. On a woven shirt, the collar stand is around the neck and placed between the actual collar and the shirt. This stand raises the collar so its finished edge will fall smoothly back over the neck edge.

Colorfast. A dyed fabric’s ability to resist fading due to washing, exposure to sunlight and other environmental conditions.

Combed Ring Spun Cotton. A process by which the short fibers of a yarn are removed and the remaining longer fibers are arranged in parallel order for a high-quality yarn with excellent strength, fineness and uniformity.

Cool Mesh™ Technology. Similar to a pique knit but with a more open texture for increased breathability. Features a soft hand for better comfort.

Cord Locks. A stopper or toggle on a drawcord that keeps the cord from retracting into the garment.

Corduroy. A cut filling pile cloth with narrow to wide ribs. Usually made of cotton, but can be found in polyester and other synthetic blends.

Cotton. Soft vegetable fiber obtained from the seedpod of the cotton plant.

Cotton Count. A measure of thread density. It is the amount of thread measured in “hanks” (840 yards) needed to create one pound. With this system, the higher the number, the finer the yarn. In the United States, a cotton count between one and 20 is referred to as course counts. A regular single knit t-shirt can be between 15-18 count and a fashion tee is usually in the 30-40 count range.

Cotton Jersey (Alternative). Alternative’s cotton jersey is made from 100% washed cotton for a distinctly soft, beautifully simple product that is rich in color and velvety smooth to the touch.

Cotton Modal (Alternative). By using a self-sufficient process and extracting the finest fibers from beechwood forests, Alternative created an environmentally friendly fabric that is twice as soft as conventional cotton.

Coverseamed. A finish in which two needles are used to create parallel rows of visible stitching. It is used around the neck, armholes, waistband, and wrists of garments to create a cleaner, more durable finish.

Cuff. The part of the sleeve encircling the wrist. Also the turned-back hem of a trouser leg.

Deboss. To depress below the surrounding fabric surface for decoration or lettering. Often confused with embossing which is to raise in relief from a surface.

Denier. A system of measuring the weight of a continuous filament fiber. The lower the number, the finer the fiber; the higher the number, the heavier the fiber.

District Fit. District has a slim fit that is close to the body. The styles have shorter sleeves and tighter and higher armholes than District Made.

District Made Fit. District Made has a comfortable fit with a relaxed waist. The styles have longer sleeves and more relaxed and lower armholes than District.

Dobby. A decorative weave, usually geometric, that is woven into the fabric. Standard dobby fabrics are usually flat and relatively fine or sheer.

Dolman Sleeve. A sleeve tapered from a very large armhole to fit closely at the wrist. Usually cut in one piece with the body of the garment.

Double Knit. A circular knit fabric knitted via double stitch on a double needle frame to provide a double thickness.

Double-Needle Stitching. A finish commonly used on a sleeve or bottom hem that uses two needles to create parallel rows of visible stitching, giving the garment a cleaner, more finished look, as well as adding durability.

Down. The soft, fluffy under feathers of ducks and geese. Serves as an excellent outerwear thermal insulator.

Dri-FIT (NIKE GOLF). Fabric that helps keep the wearer comfortable and dry by moving perspiration from the skin, through the layers of fabric, to the outside layer for rapid evaporation across the outer surface area.

Dri-Mesh® Polyester. The double layer mesh construction releases heat and sweat, while maintaining breathability. 100% polyester double mesh.

Drop Needle. A knit fabric characterized by vertical lines within the cloth. Manufactured by dropping a needle from the knitting cylinder.

Drop Tail. A longer back than front for the purpose of keeping the shirt tucked in. Also referred to as Extended Tail.

Dry Zone® Technology. A double-layer polyester fabrication that wicks moisture away from the body.

Duck Cloth. Tightly woven, plain-weave, bottom-weight fabric with a hard, durable finish that provides wind and snag resistance.

DWR. Durable water repellent. A DWR treatment involves applying a coating to a jacket’s outermost fibers to prevent precipitation from saturating the jacket’s exterior.

Dyed-To-Match. A term which characterizes buttons or trims that are the same color as the garment onto which they are sewn.

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E-H

Eco-Jersey (Alternative). This classic medium-weight jersey features a signature vintage-soft feel and is made from eco ingredients, including recycled polyester, organic cotton and rayon yarns.

Eco-Fleece (Alternative). Alternative’s iconic medium-weight Eco-Fleece is knit on machines calibrated to replicate a vintage-soft look and feel.

Eco-Smart® (Hanes). 50/50 cotton/poly blend tees and sweatshirts made with up to 5% recycled polyester from plastic bottles.

Enzyme Washed. A laundering process in which a catalytic substance is added to create a chemical change in the fabric resulting in a very soft finish, smoother appearing surface and reduced shrinkage.

Epaulet. An ornamental fabric strip or loop sewn across the shoulder of a shirt, dress or coat.

Ergonomic. Design elements incorporated into a garment to improve the design by enhancing the wearer’s comfort, performance or health.

Etched Tone Buttons. A more upscale horn tone button with an etched pattern.

EXCEL FR® ComforTouch® (Bulwark). This practical 88/12 cotton/nylon blend provides long-lasting protection for nearly all work environments. Applications include ferrous metals, electrical utilities and the chemical, oil, gas and petrochemical industries. Every EXCEL FR ComforTouch garment is engineered to provide flame resistance for the life of the garment.

Extended Tail. A longer back than front for the purpose of keeping the shirt tucked in. Also referred to as Drop Tail.

Extreme Heather (District). A soft, durable fabric made of a poly/cotton blend. It has a nicely striated, heathered look.

Eyelets. Small holes or perforations made in a series to allow for breathability. Finished with either stitching or brass grommets.

EZCotton™ Pique. Made from the highest grade of long-staple cotton, this fabric has an innovative finish that provides a consistently softer hand, enhanced smoothness, color fastness, wrinkle resistance and shape retention. 100% cotton.

Fill Power. The measure of the loft or “fluffiness” of a down garment that is loosely related to the insulating value of the down. The higher the fill power, the more trapped air an ounce of the down can trap, and thus the more insulating ability an ounce of the down will have.

Flame-Resistant (FR) These fabrics and garments are intended to resist ignition, prevent the spread of flames away from the immediate area of high heat impingement and to self-extinguish almost immediately upon removal of an ignition source. FR clothing is NOT fireproof.

Flat Collar/Cuffs. A single ply fabric with a finished edge that is used for collars and cuffs on sport shirts and short sleeve garments. Also known as welt.

Flatlock Stitching. Made by bringing two raw fabric edges together and covering them with machine stitching. Often used in activewear.

Flexfit®. Caps that feature a patented technology that weaves spandex into the sweatband and throughout the crown for a superbly comfortable fit.

French Cuff. A shirt cuff that is folded back before fastening, creating a double-layered cuff.

French Terry Cotton. The knit jersey version of terry cloth. It features loops of pile on one side and a smooth, brushed finish on the other for softness and a lived-in, vintage look.

Full Cut. Refers to a garment’s fit as being generous and roomy.

Fully Fashioned. A garment that’s knitted to fit the shape of the body.

Garment Dyed. A dyeing process that occurs after the garment is assembled.

Garment Washed. A wash process where softeners are added to finished garments to help the cotton fibers relax. The result is a fabric with a thicker appearance, reduced shrinkage and a softer hand.

Gravel 50/50 (District). Tees made of 50/50 ring spun combed cotton/polyester that are exceptionally soft and colorful.

Grosgrain. A firm, closely woven fabric with narrow horizontal stripes. Commonly used for ribbons, neckties and trimmings.

Hand. Quality or characteristic of fabrics perceived by sense of touch—softness, firmness or drapability.

Herringbone. A chevron or zig-zag pattern knit into fabric. Commonly used in golf shirts and twill shirts.

High Profile. A term used for a cap or hat silhouette that is less fitted to the head with a high slope. Usually structured with buckram or other stiff fabric lining.

Honeycomb Pique Knit. A pique fabric with a waffle or cellular appearance.

Hook and Loop. A fastener closure system. The rough side is called the hook. Its softer mate is called loop. The hooks engage into the loop and provide the closure. Colloquially known as VELCRO®.

Horn Tone Buttons. Buttons that appear to be manufactured from horn.

Houndstooth. A medium-sized broken check effect that is knit into the fabric.

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I-M

IL50 (Industrial Laundry). Signifies that a garment has been certified to withstand at least 50 industrial launderer washes.

Insulated Jacket. A jacket designed to hold body heat close and buffer surrounding cold air. Down, fleece and synthetic fibers are common insulators. Insulation levels help determine warmth ratings.

Interlock Knit. A two-ply fabric knit simultaneously to form one thicker and heavier ply. It has more natural stretch than a jersey knit, a soft hand, and the same appearance and feel on both sides. Commonly used in knit shirts and turtlenecks.

Iridescent Buttons. Buttons with a lustrous, rainbow-like hue.

Jacquard Knit. Often an intricate pattern knit directly into the fabric during the manufacturing process. Typically, two or more colors are used.

Jersey Knit. The consistent interloping of yarns in the jersey stitch to produce a fabric with a smooth, flat face and a more textured, but uniform back.

Kangaroo Pocket (Alternative). Another name for a front pouch pocket in a sweatshirt or t-shirt. Called a split kangaroo pocket in a full-zip garment.

Linen. A fabric made from linen fibers obtained from inside the woody stem of the flax plant. Linen fibers are much stronger and more lustrous than cotton. Linen fabrics are very cool and absorbent, but wrinkle easily, unless blended with manufactured fibers.

Locker Loop. A looped piece of fabric in the neck of a garment for the convenience of hanging the garment on a hook. Can also be located at the center of the back yoke on the inside or outside of a garment.

Locker Patch. A semi-oval panel sewn into the inside back portion of a garment, just under the collar seam to reinforce the garment and minimize stretching when hung on a hook. The patch also allows for the garment tag or label to be sewn below the neckline to help prevent irritation.

Low Impact Technology (L.I.T.). Enhances the softness and performance of 100% polyester fleece in that the yarns are able to accept dye more readily which uses less water and energy than standard dyeing procedures.

Low Profile. A term used for a cap or hat silhouette that is more closely fitted to the head. Can be either structured or unstructured.

Marled Fleece (District). A ring spun cotton/poly fleece. When cotton is marled, each colored ply of yarn is twisted together and then knitted to create one long, continuous piece of yarn. This gives marled fleece its two-toned, mottled appearance.

Matte Taslan. A durable and water repellent nylon fabric, used mainly in outerwear garments. Same properties and hand as traditional Taslan, but with a dull, matte finish.

Melamine. A highly resistant, exceptionally strong plastic laminate material sometimes used in buttons.

Melange. A mix of different colors of yarns knit together to create a heathered effect.

Melange Burnout (Alternative). Alternative’s burnout fabric was the first in the industry, authentically weathered for a worn-in look and feel.

Mercerized. The result of a process in which cotton yarn or fabric is immersed in a caustic soda solution and later neutralized with an acid bath. This process increases luster, strength and affinity for dyes.

Mesh. A type of fabric characterized by its net-like open appearance and the spaces between the yarns. Mesh is available in a variety of constructions, including wovens, knits, laces or crocheted fabrics.

Microburn® (District/District Made). 75/25 poly/ring spun cotton tees that have a rare blend of shades for an unusually lightweight feel and a one-of-a-kind look.

Microfiber. Tightly woven fabric from a very fine polyester thread, usually with a sueded finish for a soft feel. Inherently water repellent and wind resistant due to its construction.

Microfleece. Crafted from ultra-fine yarn, this lightweight, high-density fleece is brushed less than a regular fleece garment for softness and warmth without bulk.

Mid-Layer. Worn over the base layer, this layer traps warm air, breathes and helps maintain body heat.

Mid Profile. A term used for a cap or hat silhouette that is in between that of a High Profile and Low Profile. Most often structured with buckram.

Mini Rib (District Made). Ultra soft 100% combed cotton tees and tanks that have an elevated, superfine rib for excellent shape retention and a flattering, trimmer fit.

Modal Blend (District/District Made). A super soft fabric made of a blend of ring spun cotton/modal. Modal is soft, smooth and breathable with a texture similar to cotton or silk. It washes well and resists pilling, so the garment looks better, longer.

Modern Stretch Cotton. A breathable fabric made from a blend of cotton and spandex to provide a flattering stretch. 96% cotton. 4% spandex.

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N-R

Nailhead. A jacquard knitting pattern in which the jacquard forms a design similar to small nail heads.

Nap. A fuzzy, fur-like feel created when fiber ends extend from the basic fabric structure to the fabric surface. The fabric can be napped on one or both sides.

Neckband. A strip of fabric sewn around the inside of the neck in a woven shirt.

NFPA® 2112 Compliant (Bulwark). Bulwark Protective Apparel offers flame-resistant protective garments that are certified by Underwriters Laboratories to meet the requirements of NFPA 2112 Standard on Flame-Resistant Garments for Protection of Industrial Personnel Against Flash Fire, 2012 Edition. NFPA 2113 Standard on Selection, Care, Use and Maintenance of Flame-Resistant Garments for Protection of Industrial Personnel Against Flash Fire, 2012 Edition, requires that garments cover the upper and lower body and flammable underlayers as completely as possible. Bulwark garments meet this requirement either as a single garment such as a coverall or when worn with another certified garment such as a shirt or pants to provide both upper and lower body coverage.

Non-Iron. A term characterizing fabric that has been chemically treated to resist wrinkles, eliminating the need for ironing.

Notch Lapel. The most common lapel found on blazers. The “notch” is the opening where the bottom of the collar meets the top of the lapel at a 75-90 degree angle.

Nublend® Fleece (JERZEES®). A combined knitting and spinning process developed by JERZEES® for the prevention of pilling.

Nylon. A synthetic fiber with high strength and abrasion resistance, low absorbency and good elasticity.

Open-End Cotton. Open end (OE) spinning is a technology to make yarns without a spindle. OE yarns have less twist but a more uniform, abrasion-resistant surface and are produced at much faster speeds than other spinning technologies. Fabrics made from OE yarns generally have a cleaner appearance, but are less soft than garments made with ring spun yarns.

Ottoman. A tightly woven, horizontal raised rib textured knit.

Outer Layer. Worn over the base and mid-layers, this layer resists water and wind and has comfortable stretch for mobility.

Overdyed. A process in which yarn-dyed fabrics or piece-dyed garments are put through an additional dye color to create unique colors.

Oxford. A fine, lightweight woven cotton or cotton blend fabric with a 2×1 basket weave variation. Typically used for dress shirts.

Patch Pocket. A pocket attached to the outside of a garment.

Peached. A soft hand usually obtained by sanding the fabric lightly. Can be achieved with chemical or laundry abrasion.

Peak Lapel. Traditionally the most formal of blazer lapels, it’s defined by edges pointing upwards to the wearer’s shoulders.

Pearlized Buttons. Buttons that have a pearl-colored hue.

Perfect Blend® (District Made). A 50/50 blend of ring-spun combed cotton and poly which makes Perfect Blend tees as good or better than the finest purebred.

Perfect Tri™ (District Made).  50/25/25 poly/ring spun combed cotton/rayon. The undeniably perfect combination of exceptional softness and laid-back style.

Perfect Weight Cotton® (District/District Made).This extra-fine gauge 32 singles 100% ring spun combed cotton yarn is known for its lightweight softness. It’s then compacted to 4.3 ounces for long-term durability and shrink resistance. The result is garments that look and feel perfect wear after wear.

Pewter Buttons. Buttons that have a dull, metallic hue.

Picot. A series of small embroidered loops forming an ornamental edging on some ribbon and lace.

Pewter and Horn Tone Buttons. Buttons that incorporate pewter and horn tone. Usually one encompasses the other.

Piece Dyed. A dyeing process that occurs when the fabric is in yardage form after it has been knitted or woven, but before the garment is assembled.

Pigment-Dyed. A type of dye process used to create a distressed or washed look that results in soft, muted tones and a soft hand.

Pilling. A tangled ball of fibers that appears on the surface of a fabric as a result of wear or continued friction or rubbing on the surface of the fabric. See Anti-Pill Finish.

PimaCool™ Technology. A blend of Pima cotton and polyester create a soft fabric that offers performance moisture wicking and breathability. 55% Pima cotton. 45% polyester.

Pima Cotton. A term applied to extra-long staple cotton grown in the U.S., Peru, Israel and Australia. It can only be grown in select areas where the cotton is fully irrigated and benefits from a longer growing season for a softer, stronger cotton than standard cotton.

Pique Knit. A knitting method that creates a fine textured surface that appears similar to a waffle weave. Commonly used for polo shirts.

Pit Zips. Zippers placed in the armpits of a jacket to be used for quick ventilation.

Placket. The part of the shirt or jacket where the garment fastens or buttons together. Types of plackets include: reverse (generally a ladies styles in which the buttons are on the opposite side of a men’s garment), open (in which there are no buttons or fasteners) and decorative (non-functioning).

Pleat. A flat usually narrow fold made in a piece of cloth by pressing or sewing two parts of the cloth together.

Ply. Two or more yarns that have been twisted together.

Polyester. A strong, durable synthetic fabric with high strength and excellent resiliency. Low moisture absorbency allows the fabric to dry quickly.

Poly-Filled. A warm polyester lining found in the body or sleeves of outerwear.

Polypropylene A very light, highly resistant, thermoplastic resin used to make coatings, packaging and fabrics.

Polyurethane Coating (PU Coating). A finish commonly used in winter jackets, rainwear and windwear to offer high performance water resistance, while maintaining the garment’s breathability.

Ponte Knit. Ponte knits have the forgiveness of a knit, but the versatility of a woven. They’re very stable with a nominal amount of stretching capability.

Popcorn Pique. Alternating rows of baby pique knit and a larger pique knit that resembles small circles knit closely together.

Poplin. A tightly woven, durable, medium-weight cotton or cotton blend made by using a rib variation of the plain weave which creates a slight ridge effect.

Port Pocket™ Access. A zipper entry pocket that allows the garment to be hooped and embroidered without impacting the inside lining of the garment.

PosiCharge® Electric Heather (Sport-Tek). With a strong all-over single-dye heather pattern, PosiCharge Electric Heather Fleece is the first high-performance fleece to incorporate Sport-Tek’s popular bleed-resistant, color-locking PosiCharge technology.

PosiCharge Mesh®. Water-soluble dye process that breaks apart, or ionizes, in the dyeing solution to give off a positively charged colored ion. The cationic ions dye the polyester fibers by linking with the acid groups on the fibers – locking in the color. This results in a better, bleed-resistant, colorfastness.

PosiCharge® RacerMesh™ (Sport-Tek). Ultra-fine 100% polyester flat back mesh that offers unparalleled breathability. PosiCharge technology locks in color and keeps logos crisp.

  Pre-Shrunk. Fabrics or garments that have received a pre-shrinking treatment.

Princess Seams. Short, stitched folds that taper to a point, typically used to shape women’s garments.

Print Pro® XP Process (Hanes®). A fleece knitting process developed by Hanes that creates a tighter knit for a better printing surface.

PVC. A polyurethane coating that is added to make garments water resistant.

Quilting. A fabric construction in which a layer of down or fiberfill is placed between two layers of fabric, and then held in place by stitching or sealing in a consistent, all-over pattern.

Raglan Sleeves. An athletic cut sleeve set with a diagonal seam from the neck to the underarm. Offers more freedom of movement in comparison with set-in sleeves.

Rapid Dry™ Technology. Designed with a unique weave to wick away moisture from the body.

Rayon. A manufactured fiber composed of regenerated cellulose, derived from wood pulp, cotton linters or other vegetable matter, with a soft hand. Frequently used for shirts and pants.

Reverse Coil Zipper. Unlike the basic coil zipper, a reverse coil zipper doesn’t show its teeth from the front.

Reverse Placket. When the buttons on a placket are on the opposite side from a men’s garment. Commonly done on women’s styles.

Rib Knit. A textured knit that has the appearance of vertical lines. It is highly elastic and retains its shape. Commonly used for sleeve and neck bands.

Ring Spun. Yarn made by continuously twisting and thinning a rope of cotton fibers. The twisting makes the short hairs of cotton stand out, resulting in a stronger yarn with a significantly softer hand.

Rip-Stop Nylon. A lightweight, wind and water resistant plain weave fabric with large rib yarns that stop tears without adding excess weight. Often used in activewear.

Ruching. A French term which means to gather, ruffle or pleat the fabric.

Running Stitch. A stitch that is spaced equally, with the underside stitching being half the length of the external side.

R-Tek® Fleece. An exclusive lightweight microfleece with a soft, plush hand and an anti-pill finish to resist pilling. 100% polyester.

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S-U

Sandwashed. A process in which the fabric is washed with very fine lava rocks or rubber/silicon balls, resulting in a softer fabric with a relaxed look and reduced shrinkage.

Satin Jersey (Alternative). This fabric has the drape and stretch of jersey plus a luxurious satin wash that sets it apart from other soft cotton and makes it noticeably smooth and sleek.

Scoop Neck. Characterized by a deep, rounded neckline that is significantly deeper than normal necklines. Typically found on women’s shirts.

Sculpted Hem. A hem that is softly rounded for fashion detail and un-tucked wear.

Seam Sealing. The process of treating the stitch holes and seams of a garment to prevent leaking and to ensure full waterproof integrity.

Self-Fabric Collar. A collar that is constructed from the same material as the body of the garment.

Self-Fabric Sweatband. Refers to a panel of fabric at the front of a cap that is constructed from the same fabric as the crown of the cap.

Serge. An overcasting technique done on the cut edge of the fabric to prevent unraveling.

Set-In Sleeves. Most common style of sleeve, which is sewn into the shoulder seam.

Sherpa Fleece. A knit terry fabric that has been brushed and washed to raise the fibers for a fluffy, plush feel. The thick terry loops stay soft and absorbent over time.

Side Vents. Slits found at the bottom of side seams, used for fashion detailing, as well as comfort and ease of movement.

Silk. A natural filament fiber produced by the silkworm in the construction of its cocoon. The shimmering appearance for which silk is prized comes from the fiber’s triangular, prism-like structure, which allows silk fabric to refract incoming light at different angles. Silk is recognized for its fine hand and fluid drape.

Silk Touch™. Our silky soft 65/35 poly/cotton pique blend polo that is durable, wrinkle resistant and shrink resistant. (Not to be confused with silk wash which is a finish on 100% ring spun combed cotton tees for exceptional softness.)

Silk Touch™ Performance. Our high-performance 100% polyester double knit polo that resists snags, wicks moisture and locks in color thanks to PosiCharge® technology.

Singles. A term used to indicate the diameter of a yarn. The smaller the number, the thicker the yarn.

Slash Pockets. A pocket in a garment to which access is provided by a vertical or diagonal slit in the outside of the garment.

Soft Shell. A fabrication that bonds an outer shell to a warm fleece or knit layer resulting in a breathable, flexible and comfortable jacket. All our soft shells have laminate for water resistance.

Soft Spun Cotton. Soft spun is an open-end yarn with more twist and a softer exterior to the yarn. The process generally helps lower torque and improve hand feel of the finished fabric.

Soil-Release Finish. A fabric treatment that helps a garment release stains in the wash.

Soil Resistance A fabric in which spills and soil easily roll right off.

Spandex. A manufactured elastometric fiber that can be repeatedly stretched over 500% without breaking and will still recover to its original length.

Sphere Dry (NIKE GOLF). A patented fabric with a raised bumpy surface that lines the inside of the shirt, which not only creates an appealing athletic-inspired texture, but also works like a funnel to draw perspiration from the inside out. The fabric’s three-dimensional construction also creates air space around the body to reduce cling.

Sport-Wick® Fleece. An anti-static fleece that provides moisture wicking by releasing moisture from the inner layers.

Stain Resistance. A fiber or fabric property of resisting spots and stains. Commonly used for industrial or restaurant uniforms.

Stonewashed. A process in which the fabric or garment is heavily washed with lava rocks or rubber/silicon balls, resulting in a softer fabric with a distressed, weathered look and reduced shrinkage.

Storm Flap. A piece of fabric that covers and protects an opening, usually a zipper, on an item of clothing. It is designed to add another barrier on more vulnerable parts of the clothing to protect against wind and moisture.

Structured. A headwear term referring to a buckram lining used to control the slope of the cap.

Sublimation. A type of printing that uses sublimation ink, heat and pressure to transfer an image onto polyester fabric.

Sueded. A process in which fabric goes through a brushing process to raise the nap and give the garment a soft hand.

Super Heavyweight Fleece. A 12-ounce cross-grain heavyweight fleece. 80% ring spun combed cotton. 20% polyester.

SuperPro™ (Port Authority/CornerStone). Hardworking woven shirts that easily resist soil and wrinkles while releasing stains.

Super Slub ™ (District Made).  A unique thick-n-thin slub yard that mingles super style with super value.

Taped Seams. A strip of fabric sewn to the seam of a garment to prevent distortion. In outerwear, taped seams aid in waterproofing.

Taslan. A durable and water repellent nylon fabric with a slightly shiny surface, used mainly in outerwear garments.

Tattersall. A pattern of dark lines forming squares on a light background.

Teklon. A rugged, stronger Taslan nylon that is water repellent.

Terra-Tek™ Nylon. Durable and water repellent with a matte finish.

Terry Velour. A pile weave cotton fabric with an uncut pile on one side and a cut pile on the reverse side. It has a soft, plush feel and is water absorbent. Commonly used for towels, robes and apparel.

Textured Fabric (District/District Made). A blend of polyester, ring spun cotton and rayon that has a vintage look, but the distinctive texture makes it stand out.

Tie-Dye. A method of producing patterns by tying parts of the fabric to shield it from the dye.

Tri-Blend (District). A unique, soft blend of poly, cotton and rayon that has heathered look.

Tricot. A knit fabric of various natural or synthetic fibers like wool, silk, nylon or polyester having fine vertical ribs on the face and horizontal ribs on the back.

Tricot Lining. A very lightweight nylon lining often used in shorts.

Triple-Needle Stitched. A finish commonly used on a sleeve or bottom hem that uses three needles to create parallel rows of visible stitching, giving the garment a cleaner, more finished look, as well as adding durability.

Tubular Collar. A collar knit in a tube form, so it has no seams.

Tuck-In Tails. A shirt constructed so the back hem is longer than the front. This aids in keeping the shirt tucked-in during normal activities.

Tuck Stitch. Refers to the look of the knit where some stitches are actually under the other stitches. Gives the shirt a waffle weave texture and look.

Tulip Hem. Two overlapping pieces of fabric at the hem of a garment which creates the look of a tulip petal.

Twill. A fabric characterized by micro diagonal ribs producing a soft, smooth finish. Commonly used for casual woven shirts.

Twill Tape. Attached to the inside of the placket for a fashion effect.

Two Ply. A yarn in which its thickness is made up of two layers or strands, adding durability and weight.

Underarm Grommets. Small holes in the armpit area to allow breathability and air circulation.

Unstructured. A headwear term referring to a low profile cap with a naturally low sloping crown. No buckram has been added to the crown for structure.

UV-Protective Fabric. A term used to refer to a fabric that resists the ability of ultraviolet rays to penetrate the fabric. Protects the fabric from fading and the wearer’s skin from UV rays.

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V-Z

V Patch. A section of material in a V shape that is sewn onto a garment directly under the collar, providing support against stretching the neck opening. Also a style detail.

Vents. An opening in a garment which assists breathability and can aid in ease of decoration, allowing the garment to be hooped and embroidered with no visibility on the inside lining of the garment. Some vents are tacked down and are for fashion purposes only.

Vintage 50/50 (Alternative). Alternative’s 50/50 fabrication feels unlike any you’ve ever worn before. Soft and loosely knit for a perfectly worn-in fit, it has a vintage-soft feel that gets better with every wear.

Vintage Wash (District). A specialty wash that gives these 100% ring spun combed cotton tees lighter-than-air softness and extra comfort.

Waffle Knit. A square pattern knit into a garment.

Waffle Weave. A square pattern woven into a garment.

Waterproof. Keeps outside moisture from penetrating the fabric. The waterproof rating is typically expressed in milliliters (1,000mm to 10,000mm) based on water pressure tolerance over a 24-hour period. Generally, the higher the rating, the higher the waterproof protection.

Water Repellent. A fabric’s ability to cause moisture to bead up and roll off a garment.

Water Resistant. Keeps the wearer dry in moderate wind and rain. Very breathable, allowing air to pass through while keeping moisture at bay. In extreme or extended conditions, waterproofing is a better solution.

Weathered Twill. A special dye process resulting in a softer fabric with a weathered appearance.

Welded Pockets. The technique by which seams are affixed to one another without stitching.

Welt Collar/Cuffs. A single ply fabric with a finished edge that is used for collars and cuffs on sport shirts and short sleeve garments. Also known as flat knit.

Wind shirt. A typically water and wind resistant outerwear piece. Popular for golfers.

Wind Resistant. The ability of a fabric to act against or oppose the penetration of wind or air, without being completely windproof.

Wickability. The ability of a fiber or a fabric to disperse moisture and allow it to pass through to the surface, so that evaporation can take place.

Wicking. Dispersing or spreading of moisture or liquid through a given area by capillary action in a fabric.

Wood Tone Buttons. Buttons that simulate a wood appearance.

Wool. Usually associated with fiber or fabric made from the fleece of sheep or lamb. The term wool can also be applied to all animal hair fibers, including the hair of the Cashmere or Angora goat or the specialty hair fibers of the camel, alpaca, llama or vicuna.

Woven. Fabric constructed by the interlacing of two or more sets of yarns at right angles to each other. Woven fabrics are commonly used for dress shirts and camp shirts.

Yarn Dyed. A term used when yarn is dyed prior to the weaving or knitting of the garment.

Yoke. A part of the garment fitted closely to the shoulders. Typically seen on the back as on a dress shirt, but may also be on the front, as on a Western style shirt.

Zipper Garage. A fold of soft fabric around the end of the zipper that helps prevent a scratched or irritated chin. Also known as a chin guard.

[vibgyorworkwear]

Ultimate Safety gears guide: gloves, boiler suites, Fire proximity Suites

Safety gear is essential to protect workers from illness and injury When it comes to working in hazardous environments. By choosing the right equipment for the specific hazards of a given work environment and by properly maintaining and caring for that gear, workers can help ensure their safety and well-being on the job. Safety gloves, fire proximity suits, and industrial boiler suits by VibgyorWorkWear are all essential safety gear for workers in hazardous environments. In this blog, let's discuss these safety gear.

·         Fire Proximity Suits India is commonly used by firefighters and other emergency responders who may need to enter burning buildings or hazardous environments. They are also used in industrial settings with a fire risk, such as in chemical plants or oil refineries.

·         Fire proximity suits, also known as firefighting suits, are designed by the best Disposable Coverall Manufacturers in India to protect the wearer from the extreme heat and flames of a fire. These suits are typically made from materials such as aluminized Kevlar, which can withstand temperatures of up to 3,000 degrees Fahrenheit. They also often include a built-in hood to protect the head and face, gloves, and boots.

·         Safety gloves are designed to protect the hands and fingers from cuts, burns, and other injuries. Many types of safety gloves are available, each with its unique properties and features. For example, leather gloves are often used in welding applications because they provide reasonable protection against heat and sparks. Cut-resistant gloves are commonly used in the food industry to prevent injuries from sharp knives and other cutting tools.

·         Industrial boiler suits, also known as coveralls or overalls, are designed to protect workers from various hazards in industrial settings. These suits are typically made from heavy-duty materials such as cotton, polyester, or nylon and are often treated with flame-retardant chemicals.

·         These suits are designed by Industrial Boiler Suits Manufacturers India to cover the entire body, including the arms and legs. They often include features such as reinforced knees and elbows for added durability. They are commonly used in construction, mining, and manufacturing industries, where workers may be exposed to hazards such as chemicals, sharp objects, or extreme temperatures.

So it is crucial to choose suitable 

Lightweight Anti Static Flame Retardant Coverall India

 safety gloves, fire proximity suits, or industrial boiler suits as the protection they provide. Different materials and designs offer different levels of protection, so choosing the right gear for the specific hazards of a given work environment is vital. Another important consideration is comfort and mobility.

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Essential Highlights of Fire Proximity Suits for Firefighters

Firefighters have to put their lives at risk to protect lives and property from the unprecedented impact of fire. Therefore, they need specialized clothing and gear to ensure their safety as they fight large industrial fires. Firefighters can find different types of Arc & Flame Resistant Coveralls in India with the assurance of quality materials and compliance with safety standards. Have you heard of a fire proximity suit? It is basically a firefighting suit which offers safety against massive levels of radiant heat. As a firefighter, you should know some basic things about fire proximity suits to choose the best fire-resistant coveralls.

Why Should You Learn about Fire Proximity Suits?

The NFPA 1971 establishes significant rules for proximity firefighting equipment and considers proximity firefighting as exterior operations. Before choosing Coveralls Work Wear & Protective Wear in India for firefighting, it is important to understand the difference between proximity and entry firefighting.

Proximity firefighting generally involves situations where firefighters need safety from significant levels of radiant as well as conductive heat for short durations. Firefighters must learn about fire proximity suits, as the improper use of these suits can lead to personal injuries and fatal consequences in certain cases.

Basic Information on Fire Proximity Suits

The use of a fire proximity suit without basic information can lead to unwanted circumstances for firefighters. If you want to find the best FR Industrial Coverall India for proximity firefighting, then you must learn about types of aluminized suits. The approach suit helps in heat protection in places of work with high temperatures. On the other hand, firefighting suits include proximity suits for ARFF and entry suits which offer protection from being engulfed totally in flames.

The aircraft rescue firefighting or ARFF proximity suits can offer protection from temperatures up to 260 0C. You could find an aluminized hood and a neck shroud along with an aluminized jacket. Any reliable Fire Retardant Coverall Manufacturer in India can ensure that firefighters get all the essential components in their fire proximity suits. Some of the other important parts of a fire proximity suit include aluminized boots, pants featuring vapour-barrier insulated liner and aluminized lined gloves.

Do You Want Fire Proximity Suits?

The basic information about fire proximity suits is useful for identifying proximity firefighting suits from entry firefighting suits. However, a reliable firefighting suit manufacturer like

Vibgyor Workwear

can help you explore the safest choices in firefighting equipment. Make sure that you invest some time in researching every detail of your firefighting suit for all types of challenges right now.

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Protect Yourself in Harsh Weather by Layering FR and PPE Workwear

Employers and employees often use personal protective equipment (PPE) and flame-resistant (FR) in dangerous duties. However, there is frequently an ability to fall off concerning wearing PPE in severe weather, particularly in winter. This type of carelessness can undermine the performance of safety equipment, and cold temperatures can increase the risk to the person.

·         Enhanced protection and comfort with FR coverall

Several jobs that call for FR Coverall India are frequently done outside in various weather patterns, which may cause excessive pressure on the outfits. While still being warm and adaptable, they need to offer protection from severe climate conditions and flame-related dangers. You must wear the following layer-on-layer concept to operate more effectively while working for an extended time.

 ·         Durable flame-resistant clothing at high-risk workplaces

You can protect yourself against the temperature of fires by wearing FR clothing.  The advantage of thermal insulation is that you may finish your task while protecting yourself against the flames near your body. In comparison to regular materials, FR Clothing Manufacturer in India create flame-resistant components that are far more durable. You are considerably less inclined to get wounded due to garments rupturing as they are meant to endure extreme temperatures and flammables.

 ·         Comfortable FR clothing for daily use

Every external layer's main purpose is to shield the body from weather-related damage. Still, when used daily, these clothes also must be comfortable, allow for movement, and fulfill essential needs like storage. For this, wearing shell clothes with built-in flame resistance or IFR Fabric in India is advised.  The clothing is exceptionally pleasant and simple to wear because of its excellent ventilation.

 ·         The best material for protection against heat

The main advantage of Nomex, among other fibers, is that it is burning resistant. If you work in a field where the danger of heat or flames might result in worker injury, you need the finest material to prevent fire and heat. Nomex Suits in India do not just fulfill all important flammability criteria, but it also functions far better than other

Kinds of fabrics often used in clothes of the same type.

To guarantee that all sectors effectively put safety first, each one should get support when interacting with coveralls and individuals must priorities wearing coveralls when performing duties in various industries.

Vibgyor WorkWear

represents one of India's greatest suppliers in the marketplace, and you should acknowledge their expertise in improving your experience.

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Comfort and Protection: Exploring the Features of Quality FR Coveralls

In demanding work environments where safety is paramount, the choice of protective gear is crucial. Flame-resistant (FR) coveralls have become a cornerstone in ensuring the well-being of workers exposed to fire and electrical hazards. Beyond mere protection, the modern workforce demands comfort without compromising safety.The fundamental attributes that distinguish premium FR coveralls as the preferred choice lie in their seamless fusion of comfort and protection. These features include innovative materials, moisture management, ergonomic design, temperature regulation, layering compatibility, multi-hazard protection, precise fit, durable construction, reflective elements, and ease of maintenance.

Material Innovation

Quality FR coveralls are crafted from advanced materials that integrate cutting-edge technology to provide both flame resistance and comfort. Nomex, Kevlar, and inherent FR fabrics are popular choices. These materials not only offer excellent protection against flames and arc flashes but also prioritize breathability, ensuring a comfortable experience throughout extended wear.

Moisture Management

Working in demanding environments often involves physical exertion, leading to perspiration. Quality FR coveralls address this challenge through moisture-wicking technology. These garments efficiently manage moisture, keeping the wearer cool and dry even in the most intense work conditions. This feature is especially critical in industries where both protection and comfort are non-negotiable.

Design for Mobility:

Gone are the days when protective gear hindered movement. Quality FR coveralls are designed with the modern worker in mind, providing a tailored fit that allows for maximum mobility. Articulated knees, ergonomic sleeves, and strategically placed gussets ensure that wearers can move freely without constraints, promoting productivity and reducing the risk of accidents.

Temperature Regulation

From scorching heat to frigid cold, workers face diverse temperature challenges. Quality FR coveralls often feature temperature-regulating properties, adapting to the surrounding conditions. These coveralls maintain a comfortable internal temperature, preventing overheating or chilling, and allowing workers to focus on their tasks without distraction.

Layering Compatibility

A hallmark of quality FR coveralls is their compatibility with layering. In colder climates or situations requiring additional protection, wearers can easily add thermal layers without compromising the overall fit or safety features of the coveralls. This adaptability ensures year-round comfort and protection in any working environment.

Multi-Hazard Protection

The best FR coveralls go beyond flame resistance, offering protection against a range of hazards. Whether it's arc flashes, chemical splashes, or electrical exposures, these coveralls are engineered to provide comprehensive safety assurance. This versatility ensures that workers are safeguarded in multifaceted work environments, enhancing overall workplace safety.

Fit and Sizing

Ill-fitting protective gear can be a source of discomfort and compromise safety. Quality FR coveralls come in a range of sizes with options for customization. A proper fit ensures that the protective elements are in the right places, optimizing both comfort and effectiveness. Adjustable cuffs, waistbands, and closures contribute to achieving the ideal fit for each wearer.

Durable Construction

Work environments can be harsh, subjecting protective gear to rigorous wear and tear. Quality FR coveralls are constructed with durability in mind. Reinforced stitching, high-quality zippers, and robust fabric ensure that these garments withstand the challenges of daily use, providing long-lasting performance and value for the wearer.

Reflective Elements

For workers who operate in low-light conditions, visibility is a critical safety factor. Quality FR coveralls often incorporate reflective elements strategically placed to enhance visibility. Whether working at night or in dimly lit areas, these features contribute to the overall safety of the wearer by making them easily noticeable to others on the job site.

Ease of Maintenance

Quality FR coveralls are designed for easy maintenance. Whether machine washable or requiring simple care routines, these garments enable workers to keep their protective gear in prime condition without compromising its safety features. This user-friendly approach promotes consistent use and ensures that workers are always equipped with reliable protection. In the dynamic landscape of occupational safety, the integration of comfort and protection is paramount. Quality FR coveralls, with their innovative materials, thoughtful design, and multi-hazard protection, represent a pinnacle in achieving this delicate balance. As the workforce continues toevolve, so too does the demand for protective gear that not only safeguards against potential hazards but also prioritizes the well-being and comfort of the individuals who wear them. Choosing quality FR coveralls is not just a matter of compliance; it's an investment in the safety and satisfaction of the modern workforce

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Insulated Coveralls have wide features, due to which it is getting popular in workplaces. These suits are specially designed and tailored, making the person feel warm and comfortable in extremely cold conditions.

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Things to Know About the Insulated Coveralls

Insulated Coveralls have wide features, due to which it is getting popular in workplaces. These suits are specially designed and tailored, making the person feel warm and comfortable in extremely cold conditions. 

Discover The Amazing Features Of Insulated Coveralls In Workplaces

Apart from giving a warm and comfortable feel at workplaces, the insulated coveralls have some interesting and beneficial features which will protect you against hazards like fire accidents and health hazards such as frostbite or hypothermia. The insulated coveralls have various features that people are still not aware of. 

Provides Protection Against Fire Accidents

Employees who work in the industrial sector daily need core protection, especially those who are working in manufacturing units. The employees can meet accidents at any time while working with huge equipment and devices. The FR Inherent Coverall is tailored to safeguard the employees. Fire accidents are hazardous, and they can even take life when you don’t have a protective body cover.

Workplaces are most prone to fire accidents. The insulated coveralls won’t let the fire affect the body because their fabric doesn’t catch fire. Even employees working near high flames are suggested to wear Fire Retardant Coverall. These coveralls will help protect them against accidents during the work process.

Best Workwear for The Fire Fighters

Fire fighters need core protection because they also deal with fire to save and protect others. The insulated coveralls ensure their safety as it is made from fire-resistant fabric. In their day-to-day activity, the firefighters face various fire accidents and mishaps anytime; hence they better get protected before. The Poly Cotton Coverall is comfortable, and it allows you to move freely. It is made flame resistant; therefore, it also survives in high heat conditions.

Suggested For Laboratory Workers

People working in laboratories also have a high risk of chemical explosion and other hazards. The IFR COVERALL is also suggested for the lab workers who are dealing with explosive chemicals. It is made to protect the lab workers from the effect of harmful chemicals which can cause skin irritation. Sometimes, these chemicals also explode, which can lead to fire hazards. Therefore, the employees can protect themselves through the insulated coveralls.

Safeguards The Health-Care Workers

The healthcare workers usually prefer PPE - personal protective equipment for protection against infection and other health hazards. Even hospitals have a high risk of fire accidents. Therefore, the health workers should be concerned about getting protected against overall hazards. The

Vibgyor WorkWear

coveralls are highly suggested for different workplaces.

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A Complete Guide to FR Clothing for Professionals

In many professional environments, the occupational hazard and risks are so high that you need proper protection with you at all times. Many professionals who work with and around the flame need flame-resistant clothes or FR clothing for safety. Professionals in the manufacturing and public service areas who deal with dangerous activities day in and day out need options like

 Flame Retardant Coverall

Specially engineered FR clothing protects professionals from dangerous flames and fires during work. FR clothing resists the flame so that the person is safe. Moreover, it self-extinguishes once the source of the flame is removed. In this article, we discuss the ways to choose the right Flame Resistant wear for your professional needs. The right FR clothing choice can protect you from any untoward incidents at work.

 Why do you need special FR clothing?

In many professional environments, the worker is always at risk of catching fire. For example, electricians in the power industry, firemen, workers in metallurgy plants have high exposure to flames and inflammable sources. Such spaces need proper clothing choices because general clothes are easily combustible and sometimes melt into the skin. Such clothes cause and aggravate burns and injuries in case of fire. FR clothing is specially designed to keep the skin safe and enclosed.

 How does the FR clothing work?

FR clothing like FR Shirt Pant works because the material is specially made with flame-resistant properties. Materials like Nomex Kevlar are used to make Fire Resistant Shirt Pant for industrial workers. Sometimes, FR clothing manufacturers like Vibgyor WorkWear create fire-resistant clothing by treating fire-resistant materials naturally like cotton with special chemicals. The material of the FR clothing differs from profession to profession and also according to the comfort of the wearer.

 Types of FR clothing to choose from

Some professions do not have constant exposure to high heat and flames. Such professions have workers who wear FR resistant outerwear every day. For example, an industrial worker might need Industrial Winter Jacket during certain months of the year. Even firefighters need FR Winter Jacket as part of their uniform for colder months.

 On the other hand, some professionals have a constant danger of fire at their workplace. Such people wear FR clothing as general wear and not just the outer covering. Other than clothing items, such professionals also need hard hats, gloves, fire-resistant glasses as part of their uniform.

  Before you choose FR clothes to wear, take an assessment of the hazards and risks you face at your workplace. Look at the grade of FR clothing you need and try to find it in the market. Also, choose additional accessories that build your uniform’s fire resistance.