#brass hexagonal inserts

[brassinserts]

Brass Insert Manufacturer and Supplier in Jamnagar India

A brass threaded inserts are used in different types of materials such as plastic injection molding, wood, aluminum, ultrasonic, pre-heat and press-in molding. GK Metals is the best brass insert manufacturer in Jamnagar, India. Contact us with your requirements.

[omgoat332]

Exploring Screw Types and Specifications: - Akbarali Enterprises

Akbarali Enterprises is one of the best Screws Manufacturer in India. A leading manufacturer and supplier. We provide a wide range of premium Screws made from premium raw materials.Screws are ubiquitous fasteners, vital for holding together everything from furniture to machinery. However, not all screws are created equal. Understanding the different types and specifications of screws is essential for selecting the right one for your project. 

Screw Types:

Countersunk Flat Head Screw : A countersunk flat head screw is a type of screw that features a flat top surface and a conical or bevelled underside. The conical shape allows the screw to be flush or countersunk into a material when it is driven into a pre-drilled hole. This design helps create a smooth and even surface, reducing the risk of protrusions that could catch on objects or pose safety hazards.

Mating Screw : A mating screw typically refers to a screw designed to be paired with a corresponding nut. These screws are threaded along their entire length and are used in conjunction with nuts to fasten two or more objects together. The combination of a mating screw and nut creates a threaded fastening system.

Set Screw : Set screws are designed to be inserted into a threaded hole or to press against a flat surface. Unlike regular screws, set screws do not have a protruding head; instead, they usually have a hexagonal socket or another type of recessed drive on one end, allowing them to be tightened using an Allen wrench or a similar tool.

Thread Forming Screw : A thread forming screw is a type of screw designed to create its own threads as it is driven into a pre-drilled hole. Unlike traditional screws that cut or tap threads into the material, thread forming screws use a different mechanism to form threads by displacing the material rather than removing it.

Screw Specifications:

Thread Type: Screw threads can be coarse or fine, with coarse threads providing better grip in softer materials and fine threads offering higher strength in harder materials.

Head Type: Screws come with various head types such as flat, pan, oval, or hex, each serving specific applications and aesthetic preferences.

Material: Screws are available in a range of materials including steel, stainless steel, brass, and nylon, each offering distinct properties like strength, corrosion resistance, and electrical insulation.

Size: Screws are specified by diameter, thread pitch, and length, with standard sizing conventions varying depending on the screw type and application.

Conclusion:

In conclusion, screws are versatile fasteners with a myriad of types and specifications tailored to diverse applications. Whether you're constructing furniture, assembling electronics, or building structures, selecting the right screw is crucial for ensuring structural integrity, longevity, and performance. By understanding the characteristics and requirements of your project, you can confidently choose the appropriate screw type, size, and material to meet your needs. So, next time you embark on a DIY project or undertake a professional endeavour, remember to consider the intricate world of screws and harness their power to bring your creations to life.

Website:akbarfasteners.com

[ananka-fasteners]

Ananka

Q1) How do you select the right hex bolt for a given project?

Ans) Selecting the appropriate hex bolt for a specific project involves considering various factors to ensure a secure and effective connection. Here's a step-by-step guide to help you choose the right hex bolt:

1. Identify Project Requirements:

   - Determine the load-bearing capacity required for the connection.

   - Understand the environmental conditions the bolt will be exposed to (corrosive, outdoor, indoor, etc.).

   - Consider any specific regulations or standards that apply to your project.

2. Material Selection:

   - Choose a material suitable for the project's environment (e.g., stainless steel for corrosion resistance, high-strength alloy steel for heavy loads).

   - Consider factors such as temperature, humidity, and potential exposure to chemicals.

3. Bolt Grade:

   - Select an appropriate bolt grade based on the required strength. Bolt grades are often indicated by markings on the head of the bolt.

   - Common grades include ASTM A307, ASTM A325, ASTM A490 for structural applications.

4. Thread Size and Pitch:

   - Determine the required thread size (diameter) and pitch (distance between threads).

   - Match the thread size with the corresponding nut size and the tapped hole size, if applicable.

5. Length:

   - Choose a bolt length that provides enough thread engagement while ensuring that the bolt doesn't extend excessively beyond the nut or threaded hole.

6. Head Style:

   - Select a head style that suits your project's needs. Common head styles include hexagonal, flange, or socket head.

   - Consider factors like available space for tool access and the aesthetic requirements of the project.

7. Drive Type:

   - Determine the drive type for the bolt head (e.g., hex, socket, Phillips). Choose a drive type compatible with the tools you have or plan to use.

8. Fastener Coating or Finish:

   - Choose a coating or finish that provides the desired level of corrosion resistance and aesthetics.

   - Options include zinc plating, galvanized, black oxide, and more.

9. Load Distribution:

   - If required, consider using washers or other load-distribution elements to enhance the connection's strength and stability.

10. Removability:

    - Determine if the connection will need to be disassembled in the future. If so, consider using bolts with reusable threads.

11. Vibration and Loosening:

    - For applications prone to vibration, consider using lock washers, nylon-insert lock nuts, or other methods to prevent loosening.

12. Consultation and Standards:

    - Consult with professionals or experts if the project involves critical or specialized applications.

    - Refer to industry standards and guidelines, such as those provided by ASTM or ISO, to ensure compliance and safety.

13. Quantity and Sourcing:

    - Calculate the quantity of bolts needed for your project.

    - Source bolts from reputable suppliers or manufacturers to ensure quality and reliability.

By meticulously considering these factors and tailoring your selection to the specific requirements of your project, you can confidently choose the right hex bolt that will provide a secure, durable, and reliable connection.

European Fastener Standards

Q2) How do you select the right hex nut for a given project?

Ans) Choosing the appropriate hex nut for a particular project involves assessing various factors to ensure a reliable and secure connection. Here's a step-by-step guide to assist you in selecting the right hex nut:

1. Understand Project Requirements:

   - Identify the load-bearing capacity needed for the connection.

   - Determine the environmental conditions the nut will be subjected to (corrosive, high temperature, outdoor, indoor, etc.).

   - Take into account any industry standards or regulations applicable to your project.

2. Material Selection:

   - Choose a material that suits the project's environment and load requirements (e.g., stainless steel, brass, or high-strength steel).

   - Consider factors like corrosion resistance, temperature stability, and potential exposure to chemicals.

3. Nut Type and Style:

   - Select the appropriate type of hex nut based on the specific needs of the project. Common types include standard hex nuts, lock nuts, nylon-insert lock nuts, and flange nuts.

   - Choose the nut style that best fits your application, taking into account factors like space constraints and aesthetics.

4. Nut Size:

   - Match the nut size to the bolt size, ensuring compatibility for effective engagement and load distribution.

5. Thread Pitch:

   - Ensure that the nut's thread pitch matches that of the corresponding bolt or threaded fastener.

6. Corrosion Resistance:

   - Opt for a nut with a suitable coating or finish to enhance corrosion resistance if the project involves exposure to moisture, chemicals, or outdoor elements.

7. Load Distribution:

   - Select a nut that provides adequate contact area to evenly distribute loads on the connected materials.

   - Consider using washers or other load-distribution components, especially in critical applications.

8. Locking Mechanisms:

   - For applications prone to vibration or loosening, consider lock nuts (nylon-insert, all-metal), prevailing torque nuts, or other locking mechanisms that resist rotational forces.

9. Ease of Installation:

   - Choose a nut style that can be easily installed and tightened using the tools available for your project.

10. Compliance and Standards:

    - Refer to relevant industry standards (e.g., ASTM, ISO) to ensure that the selected nut meets required specifications and guidelines.

11. Quantity and Sourcing:

    - Calculate the quantity of nuts needed for your project.

    - Source nuts from reputable suppliers or manufacturers to ensure quality and reliability.

12. Professional Advice:

    - If the project involves critical or specialized applications, consider seeking advice from professionals or experts in the field.

By carefully considering these factors and aligning your nut selection with the specific demands of your project, you can confidently choose the right hex nut that will contribute to a durable, secure, and dependable connection.

ISO Fasteners Standards

Q3) What is the role of flat washers in preventing vibrations and loosening of fasteners?

Ans) Flat washers play an essential role in averting vibrations and thwarting the loosening of fasteners across diverse applications. Here's how flat washers contribute to this purpose:

1. Load Dispersion: Flat washers extend the contact area between the fastener head or nut and the material being fastened. This expanded contact surface ensures a more uniform distribution of applied loads, minimizing stress concentrations at contact points. Consequently, this prevents localized deformation and diminishes the likelihood of fastener loosening due to stress concentration.

2. Enhanced Friction: The presence of flat washers introduces heightened friction between the fastener and the material. Friction opposes motion and impedes fastener rotation caused by vibrations, making it challenging for the fastener to loosen over time.

3. Vibration Dampening: Flat washers can act as vibration dampers. The pliability and compressibility of the washer material enable it to absorb and disperse vibrational energy, curbing the transfer of vibrations to the fastener and connected components. This minimizes the risk of fastener loosening due to vibrational forces.

4. Embedding Prevention: In scenarios where the fastener head or nut might embed into the material over time, the presence of a flat washer establishes a protective barrier. This averts direct contact between the fastener and material, lowering the likelihood of embedding and upholding connection integrity.

5. Anti-Corrosion Shield: Flat washers can furnish a protective layer that functions as a barrier against moisture, chemicals, and corrosive agents. Corrosion can undermine connections and lead to loosening, so counteracting corrosion preserves the fastener's grip.

6. Consistent Torque Application: During fastener tightening, particularly with power tools, washers guarantee even distribution of applied torque. This diminishes the risk of excessive tightening or uneven torque, both of which can contribute to fastener loosening.

7. Galvanic Corrosion Insulation: In applications involving dissimilar metals, flat washers made from insulating materials like nylon can forestall galvanic corrosion between the metals. Galvanic corrosion can weaken connections and induce loosening.

8. Surface Safeguard: Flat washers shield material surfaces from damage caused by fastener heads or nuts during tightening. Safeguarding material surface integrity upholds connection efficiency.

9. Disassembly Facilitation: During maintenance or disassembly, flat washers can prevent fasteners from seizing due to rust or corrosion. This eases fastener removal without harming components.

In summary, flat washers heighten connection stability by dispersing loads, amplifying friction, damping vibrations, deterring embedding, fending off corrosion, facilitating uniform torque application, insulating against galvanic corrosion, safeguarding surfaces, and simplifying disassembly. Their presence sustains the integrity of fastened connections and thwarts fastener loosening arising from diverse external influences and factors.

Fasteners Manufacturers in India

Q4) How do you select the right stud bolt for a given project?

Ans) Choosing the suitable stud bolt for a specific project necessitates the assessment of various factors to guarantee a secure and dependable connection. Here's a comprehensive step-by-step guide to assist you in selecting the appropriate stud bolt:

1. Project Requirements:

   - Define the load-bearing capacity necessary for the connection.

   - Recognize the environmental conditions that the stud bolt will encounter (corrosive, high temperature, indoor, outdoor, etc.).

   - Take into account any relevant regulations, codes, or standards applicable to your project.

2. Material Selection:

   - Opt for a material that aligns with the project's environment and load demands (e.g., stainless steel, carbon steel, alloy steel).

   - Contemplate factors such as corrosion resistance, temperature stability, and potential chemical exposure.

3. Stud Type:

   - Choose a stud type suited to the project's requirements. Options include full-threaded studs, tap-end studs, double-end studs, and more.

   - Select the stud type that best matches your application and installation process.

4. Stud Diameter:

   - Determine the suitable stud diameter according to load prerequisites and available installation space.

5. Stud Length:

   - Select a stud length that ensures adequate thread engagement while avoiding excessive protrusion beyond the nut or threaded component.

6. Thread Pitch:

   - Confirm that the stud's thread pitch corresponds with the nuts or threaded components you intend to use.

7. Stud End Configuration:

   - Factor in the specific end configuration needed for your project, such as threaded, chamfered, or reduced shank ends.

8. Corrosion Resistance:

   - If the project involves exposure to moisture, chemicals, or outdoor elements, choose a stud with an appropriate coating or finish to enhance corrosion resistance.

9. Load Distribution:

   - Assess the necessity for load distribution elements like washers to guarantee uniform load dispersion across connected materials.

10. Installation Process:

    - Consider the installation process and access to both stud ends. Ensure that the chosen stud type and length align with installation prerequisites.

11. Locking Mechanisms:

    - Depending on the application, evaluate using stud locking mechanisms such as thread-locking compounds, double-nut setups, or other tactics to thwart loosening.

12. Professional Input:

    - For critical or specialized applications, seek advice from professionals or experts experienced in stud bolt selection and installation.

13. Compliance and Standards:

    - Refer to industry standards and guidelines (e.g., ASTM, ISO) to verify that the chosen stud bolt adheres to necessary specifications.

14. Quantity and Sourcing:

    - Calculate the quantity of stud bolts needed for the project.

    - Source stud bolts from reputable suppliers or manufacturers to assure quality and reliability.

By meticulously contemplating these factors and aligning your stud bolt choice with your project's particular requirements, you can confidently opt for the ideal stud bolt that will contribute to a robust, secure, and trustworthy connection.

Fasteners Manufacturers in Mumbai

[bullionpipestainlesssteel]

What industries are fasteners used for?

Fasteners might seem like small components, but they play a pivotal role in numerous industries, holding together structures and equipment that form the backbone of modern society.

As the leading Fasteners Manufacturer, Supplier, Stockist, and Exporter in India, Bullion Pipes & Tubes LLP understands the significance of these tiny yet mighty components across various sectors. 

In this article, we'll delve into the wide array of industries where fasteners find their indispensable applications.

Fasteners

Fasteners are mechanical devices or components used to securely join or affix two or more objects together. They play a fundamental role in various industries and applications, providing the necessary connections that ensure structural integrity, safety, and functionality. Fasteners are designed to withstand different types of forces, such as tension, compression, shear, and torsion, depending on the specific application.

There are numerous types of fasteners, each with its own unique design and purpose. Some common types of fasteners include:

Screws: Screws have a threaded shaft and are used with a corresponding threaded hole or nut. They are rotated to create a strong, threaded connection between two objects. Screws are versatile and come in various head styles, including flat, round, pan, and more.

Bolts: Bolts are similar to screws but typically have a non-threaded portion (shank) and require a nut to create a secure connection. They are often used in applications requiring higher levels of tension or load-bearing capabilities.

Nuts: Nuts are paired with bolts to secure two objects together. They come in different shapes, such as hexagonal (hex nuts), square, or round, and are tightened onto the bolt's threaded shaft to create a strong joint.

Washers: Washers are flat, thin discs often placed between the nut or bolt head and the surface of the material being fastened. They distribute the load and prevent damage to the material while providing a more stable connection.

Rivets: Rivets are permanent fasteners used to join two or more materials together by deforming the end of the rivet to hold the materials in place. They are commonly used in applications where welding or screwing is not practical.

Pins: Pins are cylindrical fasteners that are inserted into holes in two objects to align and secure them. They can be held in place by friction or locking mechanisms.

Clips and Clamps: Clips and clamps are fasteners used to hold objects together or secure them in place temporarily. They often provide quick and easy solutions for assembling and disassembling components.

Anchors: Anchors are fasteners designed to provide a secure attachment to a base material, such as concrete or masonry. They are commonly used in construction and structural applications.

Materials & Grades - Fasteners Offered by Bullion Pipes & Tubes LLP 

Copper Fasteners

Titanium Fasteners

Titanium Alloy Gr. 2 & 5

Monel Fasteners

Monel K500 & 400

Carbon Steel Fasteners

Brass Fasteners

Tantalum Fasteners

Inconel Fasteners

Inconel 718

Inconel 600

Inconel 601

Inconel 625

Aluminum Fasteners

Nickel Alloys Fasteners

Nickel 200/201 

SMO 254 Fasteners

Duplex Steel Fasteners

Duplex Steel UNS S32205 

Duplex Steel UNS S31803 

Hastelloy Fasteners

Hastelloy C22, B2 & C276 

Super Duplex Steel Fasteners

Super Duplex Steel UNS S32750 

Super Duplex Steel UNS S32760 

Incoloy Fasteners

Incoloy 800/800H/800HT 

Incoloy 825 

Alloy 20 Fasteners

Industries that use fasteners

Fasteners are used in a wide range of industries and applications to provide secure and reliable connections between various components. Here are some additional contexts where fasteners play a crucial role:

Aerospace and Aviation: The aerospace industry relies on fasteners to assemble aircraft components, such as wings, fuselage, and engine parts. Aerospace fasteners are designed to withstand extreme conditions, including high speeds, vibrations, and temperature fluctuations.

Marine and Shipbuilding: In marine applications, fasteners are used to construct ships, boats, and offshore structures. They must resist corrosion from saltwater and provide a strong bond in harsh marine environments.

Oil and Gas Industry: Fasteners are integral to the construction of oil rigs, pipelines, and refineries. They ensure the safety and reliability of equipment used in the extraction, processing, and transportation of oil and gas.

Medical Devices: Fasteners are used in the assembly of medical devices and equipment, ensuring that they remain securely in place during surgical procedures or patient treatment.

Railway and Transportation: Fasteners are crucial in railway tracks, securing rails to sleepers and ensuring the stability and safety of train operations. They are also used in the assembly of vehicles such as buses, trucks, and trains.

Electrical and Electronics: Fasteners secure components in electrical panels, circuit boards, and electronic devices, ensuring proper functioning and preventing damage due to vibrations and movement.

Furniture and Woodworking: In the furniture industry, fasteners hold pieces of furniture together, whether it's a simple chair or an intricate cabinet. They enable easy assembly and disassembly for shipping and storage.

Sports and Recreation Equipment: Fasteners are used in the manufacturing of sports equipment such as bicycles, skateboards, and snowboards, ensuring that the components remain securely attached during use.

Defense and Military: Military equipment and vehicles rely on fasteners for structural integrity and functionality. They are used in the assembly of tanks, armored vehicles, and aircraft used in defense operations.

Communication Infrastructure: Fasteners are used in the construction of communication towers and antennas, providing stability for broadcasting and wireless communication systems.

Renewable Energy: Fasteners play a role in solar panel and wind turbine installations, securing components and ensuring the efficiency of renewable energy systems.

Automated Manufacturing: Fasteners are used in automated manufacturing processes, where robots and machines assemble products quickly and accurately.

HVAC and Plumbing: Fasteners secure ductwork, pipes, and plumbing components in heating, ventilation, air conditioning, and plumbing systems.

Mining and Heavy Machinery: Fasteners are used in mining equipment, bulldozers, excavators, and other heavy machinery, ensuring their durability and safety during demanding operations.

Retail and Consumer Goods: Fasteners are employed in packaging and display fixtures, enabling efficient assembly and customization of retail spaces.

Final Words!.. A fastener contributes silently to the safety, stability, and progress of various industries, from tall skyscrapers to oil wells. As the premier Fasteners Manufacturer, Supplier, Stockist, and Exporter in India, Bullion Pipes & Tubes LLP's commitment to quality ensures that these small yet crucial components meet the highest standards.

With a wide range of fasteners tailored for diverse applications, We continue to be the preferred choice for industries across the spectrum. Moreover, we are also well-known fasteners exporters in various countries Asia, Saudi Arabia, Singapore, Oman, Maldives, Vietnam, United Arab Emirates, Turkey, Qatar, Europe, Italy, Romania, Chile, Australia, Brazil, Russia, and beyond. Contact us today to explore how our fasteners can elevate your projects across industries.

[wsafasteners]

What Fastener Is Commonly Used With 

Fasteners are essential hardware components used to join or secure objects together. They come in various forms, each designed for specific applications based on factors such as the type of materials being joined, the load-bearing requirements, and the desired level of strength and durability. 

In this article We will explore some of the commonly used fasteners across different industries and applications.

Screws:

Screws are versatile fasteners that are commonly used in woodworking, construction, and general assembly applications.

They consist of a threaded shaft with a head, allowing them to be easily inserted and tightened using a screwdriver or a drill.

Different types of screws are available, including wood screws, machine screws, self-tapping screws, and sheet metal screws, each designed for specific materials and applications.

Screws provide a strong and secure connection and can be easily removed if needed.

Bolts:

Bolts are robust fasteners used for applications that require high strength and load-bearing capabilities.

They consist of a threaded shaft with a head and require a nut to secure the joint.

Bolts are commonly used in the construction, automotive, and machinery industries.

They are available in various grades and types, such as hex bolts, carriage bolts, and eye bolts, each suitable for specific applications.

Nuts:

Nuts are paired with bolts to create a secure fastening system.

They are typically hexagonal in shape and have internal threads that match the bolt's external threads.

Nuts are available in different materials, such as steel, stainless steel, and brass, to suit various application requirements.

They are widely used in construction, machinery, and automotive industries.

Washers:

Washers are flat, disc-shaped fasteners that are placed between the fastener and the surface being fastened.

They distribute the load evenly, provide stability, and prevent damage to the surface.

Common types of washers include flat washers, lock washers, and spring washers.

They are used in various industries, including construction, automotive, and electrical.

Rivets:

Rivets are permanent fasteners used to join two or more materials together, especially in applications where disassembly is not required.

They consist of a cylindrical shaft with a head that is inserted into pre-drilled holes and then deformed to secure the joint.

Rivets are commonly used in the aerospace, automotive, and construction industries.

They provide excellent shear and tensile strength.

Nails:

Nails are widely used in woodworking, carpentry, and construction applications.

They have a sharp point and a flat head and are driven into the material using a hammer or nail gun.

Nails come in various lengths, sizes, and materials, such as steel or stainless steel, to suit different applications.

They provide a quick and efficient means of securing materials together.

Anchors:

Anchors are fasteners used to provide secure attachments to surfaces that cannot support the load directly.

They are commonly used in masonry, concrete, and drywall applications.

Different types of anchors are available, including expansion anchors, screw anchors, and toggle anchors, each designed for specific materials and load requirements.

Anchors provide stability and strength in applications where the material alone cannot provide sufficient support.

Clips and Clamps:

Clips and clamps are fasteners used to hold objects together or secure them in place.

They are commonly used in automotive, HVAC, and industrial applications.

Examples include hose clamps, spring clips, and panel fasteners.

They provide a secure and adjustable 

Fasteners Manufacturers

Western Steel Agency is one of the leading Fasteners Manufacturers in India. According to Indian and international standards like ASME, AISI, ASTM, ANSI, DIN, BS, IS, JIS, etc, fasteners are produced. Our manufactured fasteners are both corrosion and heat resistant. Because of the high quality of our products, they are employed in industries such as shipbuilding, mechanical, automobile, chemical, and many others.

We manufacture and provide our fasteners using cutting-edge equipment. Western Steel Agency Fasteners Manufacturers in India Using cutting-edge technology, tried-and-true procedures, new methods, and qualified employees.

We offer fasteners made of Stainless Steel, Carbon Steel, Mild Steel, Nickel, Aluminium, Nickel Alloy, Duplex, and Duplex Steel, among other grades and materials. Our Supervisors regularly monitor all testing laboratory procedures to make sure that only the best items are sent to the packaging unit for delivery. We are top Fasteners Manufacturers in India 

We are also a leading Stud Bolt Manufacturer in India

[helloemergencyservices]

Repairing a leaking faucet in Basingstoke

There are many different brands and models of faucets, but the most common ones can be divided into two basic types: Faucets with and without washers (or compression faucets). Therefore, repairing most faucets can be done with the same steps.

Repairing a leaking faucet

Turn off the water at the house shut-off valve or main shut-off valve and turn off the hot water supply at the water heater. Then disassemble the faucet by removing the handle and loosening the Phillips screw under the decorative cap in the center of the handle. The cap can either be unscrewed or snapped off.

Tape the pliers with electrical tape to protect the surface of your faucet, and lift the handle off its fluted shaft. Unscrew the sealing nut under the handle to expose the rest of the stem. Remove the stem by turning it until it can be unscrewed; however, you can reinstall the handle if you cannot turn it. Clean the cavity of the faucet, but do not use sharp abrasives or a file.

Examine the stem. If the threads are damaged, replace them with identical parts. You can find a match by taking the old parts to the store. An employee should be able to help you even if you can't find it yourself. If the washer is worn, the dripping should stop if you just replace it. In this case, replace both the washer and the brass screw.

The seat of the washer is inside the faucet. Faucets that require frequent washer replacement usually have a damaged seat. If the washer wears too quickly, you should either rework the seat with a dressing tool or replace it. Fortunately, seat dressing tools are inexpensive because every faucet with a washer needs one. Use the tool according to the manufacturer's instructions and insert it into the faucet along with the sealing nut. Then turn it until the seat is smooth, and then clean the shavings. Look closely to see if the faucet you are working on has a square or hexagonal hole. If so, it is replaceable. If the seat only has a round hole in the center and no slots, it is not replaceable. In this case, you will need to dress it.

Faucets for bathtubs and showers

To disassemble a bathtub/shower faucet, first turn off the water. Then disassemble the faucet by removing not only the handle, but also the rosette and the sealing nut.

Call the Emergency Plumber in Basingstoke. We are 24 hours available. Call us now, 01256594007.

[steelhipdesign]

Glow Fly

Yay! It's the last one in this series. I don't mind posting but it does take a lot of time. Trying to make a description of the build interesting can be challenging too.

As those who have followed me for awhile know I'm a bit obsessed with making mechanical insects. They are not easy to make. The legs need holes in the main body, the head needs a hole, the abdomen needs another hole. That's a lot of holes in a tiny piece of brass. The engineering is always a challenge. It does make it a bit easier if it's like this, mounted on a panel. I will make another but just anchor each piece, legs, body, head, abdomen, to the board. If I space it correctly - it will look like a joined mechanism hopefully.

I didn't use a LED for this one. I wanted it to look old, so I chose to use an incandescent globe. As it's only 3V it's not that powerful. You can really see the difference between the power use of an LED compared to old "Edison" bulbs. The light isn't the feature here - the insect is. So I didn't overly embellish the piece for that reason too.

The wings are brass charms but they are thin and fragile so I don't think they would hold up under heavy wear unsupported. As a pendant you would only have to worry about clothing or hair snags. The body is a small brass tube. I inserted four smaller tubes and poured in some resin. I drilled those out so I could thread the four legs (made from heated element wire and crimps). The wire leads from the bulb are threaded through as is the head (a heart shaped vintage copper bead) and finally to two tiny front legs/feelers. The eyes are simply phillip's head screws. The wings are screwed onto an hexagonal ring. That is attached using two more screws tightened onto the body. As the wires are so fine, I had to secure the body with an extra wire anchor so it wouldn't put any tension on the wires.

There is an obvious caveat on this piece. She is fragile. The incandescent globe will chew through batteries too. I showed this to my group of friends who meet down the dog park on Fridays for wine and snacks. It was the favourite of many. I'm looking forward to making more fantasy insects that won't really resemble any real species on our planet.

[thebeautifulbook]

RANDALL DAVIES AND HIS BOOKS OF NONSENSE by Randall Davies. (1912) Art binding by Hannah Brown

Yellow goatskin with a hexagonal honeycomb pattern. Hannah Brown used a variety of techniques to adorn the honeycomb, which include embroidery, gold, carbon and blind tooling, leather onlays and inlays, impressions and cut-outs through the boards. There are sixteen embroidered bees made from onlaid leather and Japanese tissue. Five gold-plated brass pieces are drilled and inserted through the boards. The lino-printed and embroidered endpapers share the same honeycomb pattern

[mia-decorative]

Six-sided building still bank, c. 1921, Minneapolis Institute of Art: Decorative Arts, Textiles and Sculpture

hexagon; light brown panels on lower half; four golden brown windows on four panels; door has reddish brown wood insert surrounded by golden brown panels; 6 golden brown windows; brass handle on door; door opens; light brown roof; dark brown back panel removable; dark brown wooden base; rectangular panes on top of each panel Size: 5 3/4 x 4 x 1 3/4 in. (14.61 x 10.16 x 4.45 cm) Medium: Wood, pigment

https://collections.artsmia.org/art/83676/

[brassinserts]

Brass inserts are small but vital components used in numerous industries from clipboards and wood to making press-in inserts and molded-in inserts. A brass insert manufacturer in Jamnagar, India can present a range of products in various shapes and sizes for diverse industrial applications.

[violetcrownchronicles]

Opium Smoking in This City

19 AUG 1886. Austin Daily Statesman.

THE PIPE. HOW THE OPIUM SMOKERS “HIT THE PIPE” AND ITS WONDROUS EFFECTS ON THE SYSTEM.

The moon had reached the zenith and was preparing to sweep down westward through the constellations. It was an hour or more after midnight. Quiet brooded far and wide over the city, and in palatial residence, in cottage and hovel, the god of night had exercised his wand with magical effect, and sleep held sway and ruled with gentle, but firm, authority. The streets were deserted and, with the exception of a policeman and a Statesman reporter, not a living human soul was on the Avenue. The policeman went north, the newspaper man south. Stopping in front of a Chinese laundry from which a light streamed out over the sidewalk, the reporter saw in the front room, even at that hour, one of the almond-eyed sons of the flowery kingdom diligently at work, ironing a pile of shirts. The process was watched for some time and it would do scores of housewives good to see how deftly, neatly and rapidly the work is accomplished. But the reporter’s mission, at that time, was not to see the skill of a Chinee laundryman. It was far otherwise. He was on a voyage of discovery, hoping to enlighten and interest the readers of the Statesman. He was out to see ow the “pipe is hit,” and if possible to show up some of its evil effects. The first he can, but the latter he cannot, for the very simple reason that if there is really any evil effects following the smoking of opium, the custom is of too recent importation and confined to a too narrow limit in this city for the evil to show itself. 

The reporter heard voices in the room, in the rear of the one used as an ironing apartment. He boldly entered the door and passed through into the room where, to say the least of it, he was surprised. He had been led, from reading reports, to believe that the interior of a Chinese laundry was one of filth and squalor. Not so. Everything was scrupulously clean. Not abed-room in the city more so. The one of which the Statesman writes was about 8 x 10, and in one corner, and taking p nearly the entire side of the room, was a bed neatly and comfortably canopied with a mosquito bar, which had two of its sides drawn up. On the bed were two Chinamen with a small spirit lamp burning between them. Both spoke English, one of them fluently. Although an entire stranger, and entering their private room unbidden, the Statesman’s reporter was received courteously, but neither of the Chinamen rose from the bed. He was asked to sit down, and to a question of how they liked to live in America, one of them, evidently an educated man, replied:

“Oh, very well.”

“Are you smoking opium?” asked the reporter, as he peered over at the lamp on the bed. It was on a tray which contained, besides the unique lamp, a lot of long steel needles resembling darning needles, or more properly crochet needles, a small tin box and a pipe.

“Yes, all Chinamen smoke opium. It’s a national custom with us, likee smoking tobacco with Americans.” And he picked up the pipe and began to handle it. The pipe, the first ever seen by the reporter, for smoking opium, was of peculiar shape, the stem about two feet long by one inch in diameter, being of bamboo or some other cane grown in China. Both ends of the stem were of the same dimensions, with the mouthpiece tipped with ivory. About two inches from one of its ends the bowl, if it can be called such, was fastened. It was a hexagon pyramid about three inches high with the base, some three inches across, inverted. It was made of hard clay, but some are of brass, and other still of wood with the crown covered with ivory or silver, in the center of which is a small hole about the size of a large darning needle.

“Do you want to smoke?” asked the kindly disposed Chinaman.

“How do you do it?”

“Oh, it’s easy. Show you how,” and the Chinaman picked up one of the steel needles from the tray and taking the small tin box lying near the lamp, opened it and inserted one end of the needle rapidly rolled the other between his finger and thumb. In a moment or two he drew it out with a small quantity of black ropy substance about the consistency of half cooked molasses, adhering to it. This was the prepared opium and he held it for a moment in the blaze of the lamp where it sizzled and crackled and spluttered. He then kneaded it on the broad face of the pipe and again held it in the flame of the lamp and again rolled and kneaded it on the pipe. He repeated this several times, until finally he had a small ball of black looking opium about the size of a large buckshot, sticking to the end of the needle. He then inserted the needle and ran the point down into the bowel of the pipe and on withdrawing it the ball of opium adhered to the surface. He then placed the stem in his mouth and still lying down turned the pipe and brought the opium in contact with the flame. He then drew six or seven deep inhalations, sending volumes of smoke through his nose. This exhausted the opium and he again resorted to the little box and went through the same process, but this time when he drew the needle from the pipe the opium refused to adhere to the surface. He replaced it on the needle and held it in the flame, and again kneaded it until it did adhere, leaving the needle clean and bright.

“Try it,” said the affable host, as he passed the pipe to the apostle of the Statesman, who at that hour, when the other preachers and missionaries were calmly snoozing, was down among the heathen, trying to find out something about their habits.

“Try it,” he repeated, as the reporter hesitated: “try it, it no hurte you.”

In the interest of science, and to satisfy a curiosity peculiar to all reporters, the Statesman’s scribe concluded to do so.

“Get on the bed,” he said, as he made room and threw the newspaper man a pillow, “you must lie down.”

A reclining position is necessary, so as to reach the lamp with the pipe, which must be held in the flame as long as the pipe holds out, for the instant it is removed the opium ceases to burn.

The reporter did as directed, and down among the heathen(?), reclining on one of their cleanly beds, while all about him civilization and the policemen slept, he “hit the pipe.”

It was a difficult job, but under the direction of the Chinaman, the pipe was exhausted at just six draws.

The smoke was rather pleasant to the taste and free of irritation of any sort, notwithstanding it was ejected through the nostrils.

At the time it had no effect, as it requires at least two or three pipefulls to affect a novice, while those accustomed to it can and do smoke from twelve to twenty at one siesta, or one “hit.” Inveterate smokers will smoke, the reporter was informed, as high as sixty pipes, such as described. And it can be smoked at one “hit,” until you go to sleep, but this is not generally the object sought.

It affects persons differently, except in two ways. In all the tendency is to create a desire for more, and when once a man succumbs to its power there is no antidote except the drug itself. At least so say the Chinese.

There is more than one pleasure connected with opium smoking, some of them voluptuous, sensuous, fascinating and captivating. One among the greatest pleasure is derived is, after you go to sleep. Then it is that you go off into dreamland and roam among the most enchanting scenes, and revel amid empyrean pleasures. Whether or not it is injurious to health is not for the Statesman to say. This is left for the doctors.

There is very little opium smoking in this city, and it is confined exclusively to certain classes. There is but one public joint in the city, and it is run by a white man.

[ananka-fasteners]

Ananka

Q1) How are hex bolts manufactured?

Ans) The fabrication of hex bolts involves a sequence of procedures dedicated to molding and shaping raw materials into their definitive hexagonal bolt structure. While the precise manufacturing methods can differ based on the specific hex bolt variant, its designated purpose, and the manufacturing methodologies employed by the producer, a general outline of the conventional hex bolt manufacturing process is as follows:

1. Material Selection: Commencing with the selection of the appropriate material for the hex bolts, common choices encompass carbon steel, stainless steel, and alloy steel. The chosen material hinges on variables such as required strength, resistance to corrosion, and the intended application.

2. Wire Drawing: The chosen material typically takes the form of wire, which is then drawn through an array of dies to decrease its diameter while enhancing its mechanical attributes. This procedure ensures uniformity and consistency in the material for subsequent processing.

3. Cutting: The drawn wire is sectioned into individual lengths, each destined to transform into an individual hex bolt. The wire's length dictates the overall dimensions of the bolt.

4. Heading: The divided wire lengths are then heated and introduced into a heading machine. The machine administers pressure to one end of the wire, fashioning the hexagonal head configuration. This operation also constitutes the foundational shape of the unthreaded shank.

5. Thread Rolling: The threaded segment of the hex bolt emerges through a process termed thread rolling. The unthreaded shank is advanced through a sequence of dies that press and reshape the material, culminating in the formation of the threads. Thread rolling yields robust and precision-engineered threads.

6. Chamfering and Pointing: To facilitate insertion and alignment during installation, the tip of the hex bolt is either chamfered or pointed. This phase is generally executed through machining or grinding.

7. Heat Treatment: The hex bolt undergoes a heat treatment regimen to enhance its mechanical attributes. This involves subjecting the bolt to specific temperatures and then rapidly cooling it (quenching) to achieve the targeted hardness and strength.

8. Surface Treatment: Hex bolts may undergo surface treatments to augment their resistance to corrosion and to enhance their visual appeal. Common practices entail zinc plating, galvanization, or the application of coatings such as black oxide.

9. Inspection and Quality Control: Rigorous scrutiny is applied to each hex bolt to evaluate aspects like dimensional precision, thread quality, and compliance with other specifications. This quality control procedure ensures alignment with the stipulated standards.

10. Packaging and Distribution: Upon successful completion of the inspection phase, the hex bolts are meticulously packaged and primed for distribution to diverse industries and customers.

It is noteworthy that contemporary manufacturing practices may involve automation, computer-directed machinery, and innovative techniques to ensure the efficiency, precision, and uniformity of hex bolt production. Specific manufacturing steps can deviate based on the manufacturer's capabilities and the precise hex bolt variant in production.

European Fastener Standards

Q2) How are hex nuts manufactured?

Ans) Hex nuts, like many other fasteners, are manufactured through a series of processes that involve shaping and forming raw materials into the final hexagonal nut shape. The exact manufacturing steps can vary based on the specific type of hex nut, its intended use, and the production methods employed by the manufacturer. However, here is a general overview of the typical manufacturing process for hex nuts:

1. Material Selection: The process begins with selecting the appropriate material for the hex nuts. Common materials include carbon steel, stainless steel, brass, and other alloys. The material choice depends on factors such as strength requirements, corrosion resistance, and the intended application.

2. Wire Drawing: The selected material is typically in the form of wire. The wire is drawn through a series of dies to reduce its diameter and improve its mechanical properties. This process also helps ensure a consistent and uniform material for further processing.

3. Cutting and Blanking: The drawn wire is cut into individual lengths, each of which will become a single hex nut. These lengths are then blanked (cut) into hexagonal shapes, creating the initial outline of the nut.

4. Heading: The blanked hexagonal pieces are then heated and placed into a heading machine. The heading machine applies pressure to the hexagonal piece to form the nut's overall shape, including the body and the internal threading.

5. Threading: The internal threads of the hex nut are created through a process called threading. The nut is passed through a set of dies that press and form the threads into the internal bore of the nut.

6. Chamfering and Deburring: The edges and surfaces of the hex nut may undergo chamfering to round off sharp edges and deburring to remove any rough or sharp burrs left from the manufacturing process.

7. Heat Treatment: To improve the mechanical properties of the hex nut, it may undergo a heat treatment process. This process involves heating the nut to a specific temperature and then rapidly cooling it (quenching) to achieve the desired hardness and strength.

8. Surface Treatment: Hex nuts may undergo surface treatments to enhance their corrosion resistance, appearance, or to apply lubricants. Common surface treatments include zinc plating, galvanization, and various coatings.

9. Inspection and Quality Control: Each hex nut is inspected for dimensional accuracy, thread quality, and other specifications. Quality control measures ensure that the hex nuts meet the required standards and specifications.

10. Packaging and Distribution: Once the hex nuts pass inspection, they are packaged and prepared for distribution to various industries and customers.

Modern manufacturing processes often involve automation, computer-controlled machinery, and advanced techniques to ensure efficiency, accuracy, and consistency in producing hex nuts. The specific manufacturing steps may vary based on the manufacturer's capabilities and the type of hex nut being produced.

ISO Fasteners Standards

Q3) How are plain washers manufactured?

Ans) Flat washers, also recognized as plain washers, play an uncomplicated yet indispensable role in fastening assemblies. They undergo a sequence of manufacturing stages that encompass the molding and transformation of raw materials into their ultimate flat washer configuration. The precise steps in the manufacturing process can diverge based on the specific washer type, its intended utility, and the production methodologies embraced by the manufacturer. Here is a comprehensive synopsis of the common manufacturing process for flat washers:

1. Material Selection: The journey commences with the discerning selection of an apt material for the flat washers. Usual material choices encompass metals like steel, stainless steel, brass, and aluminum. This decision hinges upon factors such as essential strength, resistance to corrosion, and the envisaged application.

2. Sheet Metal Preparation: Typically, the chosen material takes the form of sheet metal. The sheet metal is primed by segmenting it into smaller components of the mandated size for the washers. This procedure might entail the utilization of shearing or stamping equipment.

3. Stamping or Cutting: The readied sheet metal segments then encounter either stamping or cutting procedures to forge the characteristic flat washer shape. Stamping entails employing a press and a die to mold the metal into the coveted washer configuration. Cutting processes might involve punching or laser cutting to realize the washer's contour.

4. Hole Punching: In scenarios where the washer necessitates a central aperture, a hole punching process is executed to engender the core opening. This orifice facilitates the washer's accommodation around the fastener or shank.

5. Deburring: Following the stamping or cutting process, the washers' edges and surfaces could be subjected to deburring, effectively eliminating any jagged edges, burrs, or coarseness arising from the manufacturing sequence.

6. Surface Treatment: Flat washers might be subjected to surface treatments to heighten their resistance to corrosion or enhance their aesthetic appearance. Ubiquitous surface treatments encompass zinc plating, galvanization, and a spectrum of coatings.

7. Inspection and Quality Control: Each individual flat washer endures a meticulous evaluation to gauge parameters such as dimensional precision and surface quality. Rigorous quality control protocols are exercised to warrant adherence to stipulated benchmarks.

8. Packaging and Distribution: Post successful navigation through the scrutiny phase, the flat washers are conscientiously bundled and primed for dispersal across assorted industries and clienteles.

Modern manufacturing processes frequently encompass automation, computer-orchestrated machinery, and state-of-the-art methodologies to ensure efficiency, precision, and homogeneity during the production of flat washers. The precise manufacturing steps may diverge based on the manufacturer's capacities and the specific variant of flat washer being generated.

Fasteners Manufacturers in India

Q4) How are stud bolts manufactured?

Ans) Stud bolts, specialized fasteners used for connecting two or more components together, are manufactured through a series of processes that involve shaping and forming raw materials into the final stud bolt shape. The exact manufacturing steps can vary based on the specific type of stud bolt, its intended use, and the production methods employed by the manufacturer. Here's a general overview of the typical manufacturing process for stud bolts:

1. Material Selection: The process begins with selecting the appropriate material for the stud bolts. Common materials include carbon steel, stainless steel, and alloy steel. The material choice depends on factors such as strength requirements, corrosion resistance, and the intended application.

2. Cutting and Threading: The selected material is often in the form of threaded rod. The rod is cut into individual lengths, each of which will become a single stud bolt. Both ends of the rod are then threaded using thread rolling machines. One end typically has coarse threads for easy engagement, while the other may have finer threads for precise adjustment.

3. Chamfering and Pointing: The ends of the threaded rod are chamfered or pointed to aid in insertion and alignment during installation. This is typically done through machining or grinding.

4. Heat Treatment: The threaded rod undergoes a heat treatment process to improve its mechanical properties. This process involves heating the rod to a specific temperature and then rapidly cooling it (quenching) to achieve the desired hardness and strength.

5. Surface Treatment: Stud bolts may undergo surface treatments to enhance their corrosion resistance, appearance, or to apply lubricants. Common surface treatments include zinc plating, galvanization, and various coatings.

6. Quality Control and Inspection: Each stud bolt is inspected for dimensional accuracy, thread quality, and other specifications. Quality control measures ensure that the stud bolts meet the required standards and specifications.

7. Packaging and Distribution: Once the stud bolts pass inspection, they are packaged and prepared for distribution to various industries and customers.

Modern manufacturing processes often involve automation, computer-controlled machinery, and advanced techniques to ensure efficiency, accuracy, and consistency in producing stud bolts. The specific manufacturing steps may vary based on the manufacturer's capabilities and the type of stud bolt being produced.

Fasteners Manufacturers in Mumbai

[marcelforged]

Square Flanges Manufacturer

SPECIALIZED SQUARE FLANGES MANUFACTURER, SHAB, SSAB, KAB SQUARE FLANGE DIMENSIONS. Marcel Piping Projects Supply PVT LTD is one of the oldest manufacturers, stockists, suppliers, and exporters of Square Flanges in India. Square flanges are used in hydraulic systems to connect a pipe to component or a pipe to pipe connection. As the name implies, square flanges are squarely shaped. It makes in accordance to different standards based on various countries, square flanges come in different pressure rating in order to fulfill their purpose. A complete set of square flanges consist of the female flange (oring side), male flange (flat side), oring, and bolts. The female flange is identified as part A. The male flange is identified as part B. And the complete set is AB.

Square flange end connection is welding type and it is called socket weld or weld-in. The pipe has to insert in to the recessed area of the flange, or socketed so as to have a plain end. Other connections can be customized upon request. A complete set of square flange included 5 important parts. It is 1 piece of female side, label as A side, 1 piece of male side, label as B side, 4 pieces of hexagon or allen cap screws, 1 piece of NBR 70/90 oring and 4 pieces of hexagon nut (optional). Hexagon nuts are paired with hexagon bolts to use in tightening up both male and female sides.(350 KAB, 280 KAB, 210 SHAB, 210 SSAB).

We are ISO Certified Manufacturer and Stockist of Square Flanges in Stainless Steel, Carbon Steel, Mild Steel, Alloy Steel, Duplex Steel, Super Duplex Steel, Hastelloy, Monel, Copper Nickel, Inconel, Incoloy, Nickel Alloy, Alloy 20, 254 Smo, Titaniun, Bronze, Aluminium, Brass at Reasonable Price.

We are Leading Exporter and Supplier of JIS B2291 Square Flange, ANSI Aluminum Square Flange, DIN 3901/ ISO 8435 Square Flange, ISO 6164 Square Flange, Square Exhaust Flange, JIS 210k / JIS B2291 Square Flange, AWWA C207 Square Vacuum Flange, PN 250 PN 400 Square Flange, SHAB / SSAB / KAB / LSA / Blind Square Flange.

[khodiyarspringindustries]

Thread insert  manufacturers

Welcome to the world of Thread Inserts

One of the key ways to learn about human civilization is through the tools humans invented and used during the different phases of their evolution journey. The world of hardware tools is a fascinating one. From big to little engineered tools that are available today, they can well be declared magic wands of the modern age.

One such highly underestimated but useful little piece of assembly tool is

Thread Inserts Commonly known as thread bushing or thread fastener, thread inserts are a type of a buckle component, which is when positioned in an item, lends an added sleeve of female threads to a hole. Most importantly it is used in stripped threaded holes.

Thread inserts come in different metals, such as brass, aluminium, and stainless steel, and are mainly used in assembly lines, housing, automobiles, aerospace, etc.

Ahmedabad based Khodiyar Springs is one of the leading manufacturer of Thread Inserts in materials such as brass, aluminium, and stainless steel that are used in the fabrication of various consumer commodities, motors and electronics.

Khodiyar thread inserts are typically specified in applications where strong, durable metal threads are required in plastic material, especially where frequent assembly and disassembly of the unit for service or repair is necessary. Applications of Khodiyar thread inserts are electronics, automotive, aerospace and defence, medical, transportation, industrial and recreational equipment. The company is a step ahead in fabricating thread inserts for variety of uses.

Among the various benefits of thread inserts, the ones by Khodiyar Springs enhance performance and quality both.There are several types of Thread Inserts corresponding to their applications, such as:

Thick-wall inserts

Available in materials such as steel, stainless steel, aluminium, and alloy-hardened steel, either with keyed or non-keyed head, thick-wall inserts are types of thread inserts that are used in thicker materials. Typically tubular with a threaded interior, they are also a kind of blind inserts as they can be installed from just one side of the host material that does not allow the aces from the other side. They are available with flat or countersunk heads, which come in open-and closed-end designs.

Thin-wall inserts

Hexagonal in shapes, thin-wall inserts are available in semi-hex and knurled body types. Just like the thick-wall inserts, thin-wall inserts also have closed-end designs with weather-resistant plating for special applications. The wide-bearing end allows creating a stronger bond.

Slotted-body, inserts

Also known as wide-tail formation, slotted-body inserts are specially designed with cuts in the body that collapse on the blind side to form a strong connection. These threaded inserts are ideal for soft materials such as wood and composites, plastics and certain metals.

Euro-style inserts

Often used for repairs, Euro-style thread inserts are applied where metric threading is required. Although similar to other types of thread inserts, Euro-style thread inserts are available in round, hexagonal, semi-hex, and square body types. In spite of being aware of many advantages of thread inserts, many dread at the very thought of its correct installation. However, the thread inserts manufacturers’ claim, they are extremely easy to install and take a matter of few seconds to do it.

Let us learn about the Installation Process of Thread Inserts

Drilling: Thread inserts can be installed through a standard drilling process, especially for materials such as steel, magnesium and plastics. In order to do it flawlessly, it is recommended to use the alternative larger size drills.  

Self-Tapping and Self-Locking Inserts: Thread insert specially designed to cut their own threads as they are being driven into a drilled hole, are very common and easy to install ones.

Installing Inserts Pre-winder type: Certain thread inserts require hand installation, and hence manual inserting tools are used. The Pre-winder inserting tool is a precision tool which aligns and recompresses the insert for easy installation.

Removing Tang Inserts: The tang on an insert should be removed after installation only when necessary, for screw clearance or product appearance, and in such case notched inserts should be used.

Extracting Inserts:  Sometimes, thread inserts maybe installed too deep, cross-threaded or otherwise improperly inserted. In such a scenario, they are readily removed with the help of extracting tools, such as drills. The correct way to do this is by, placing the blade of the extracting tool into the insert. A hammer is then hit of the top of the tool, causing the blade to bite into the insert. Lastly, the tool is pushed down on the tool rotated counter clockwise to extract the thread insert out of the hole.

So the next time you want to assemble things, give thread inserts a try!

[ideaspcb]

High Quality Variety of Products Manufacturer

CK Packing, is a professional vendor at packaging and printing field in China. We manufacture a variety of products, including paper bags, paper gift boxes, plastic bags, plastics boxes, mailing carton boxes, cosmetic display boxes, acrylic storage boxes, acrylic gift packing, and so on. Based on excellent staff and guided by market trend, we have been honored as an outstanding demonstration enterprise with excellent quality and innovative technology. With over 10 years' great efforts and development, now our company becomes stronger and much more powerful. Under the condition of continual employing and training professional technical personnel, purchasing advanced software and equipment, we can provide high quality and efficient production. Pre-sales service: understand customers' needs, answer customers' questions and listen to customers' requests. Besides of producing Festival gift box, Gift box with window, Gift pack, Jewelry packing, Display box, Non-woven bag, OPP bag, we also help customer design the style and information according to customer's requirement, use to where, to which festival, to whom, and got customer's approval. Custom packing box and custom packing bag, no matter made by paper, plastics or acrylic, they're popular in Birthday gift packing, Mother’s Day gift packing, Christmas gift packing, Wedding gift packing, Valentine's Day gift packing and other party present’s packing, also are hot selling for Amazon seller, they want to use them as nice mailing carton box, printing their logo of store, mail to end customer. Service principle: "Professional techniques, perfect service, great credit" can meet your satisfaction. What you need to do is to show us your great ideas. Adhering to the principle of "First Class Quality, Competitive Price ", we look forward to making great harvests with you in the market!

Enamelling Dies

Enamelling dies is a special process tools for enamel wire, We supply Diamond enamelling dies and the die life have a much longer service life than those with carbide inserts in similar working conditions. Better surface finish on the enamelled wire thickness consistency of the different enamelling layers, tighter tolerances Perfect diameter consistency, including during the production start. Depending on your needs, we offer both vertical and horizontal enamelling dies with diamond inserts.

Specification: Diamond enamelling dies are available from φ0.03 mm to φ5.00 mm.

Shape Wire Dies

Shape Wire Dies All shaped wire dies are custom made to your specific requirements out of extremely high wear-resistant polycrystalline diamond or tungsten carbide material, we supply all types of profiles shape wire dies base on your requirment.

Shaped: The shape wire dies is available for Trolley wire, Rectangular, Triangular, Flat, Oval, Half round, Hexagonal, Square, Trolley wire and other custom shapes require.

Typical Application: The shape wire dies is drawn for Aluminum wire, copper wire, Brass wire, stainless steel wire and other copper and steel alloys.

For more details on our products and services, please feel free to visit us at: Enamelling dies, Wire die polishing machine, ultrasonic wire die polishing machine, Shaped wire dies, Cold Welding dies.

[wehexbolt]

Nuts and Bolts Are Like Salt and Pepper

Nuts and bolts share the same chemistry as salt and pepper. Nuts are hardware fasteners with threaded holes. These holes are mated with bolts which help fastening a stack of different parts together. They are usually used in automobile, spare parts and for electrical usage. Nuts and bolts are strong, durable and dimension specific.

Nuts and bolts are graded with strength ratings, like an ISO property class 10 nut will be able to support the bolt proof strength load of an ISO property class 10.9 bolt without stripping. Likewise, an SAE class 5 nut can support the proof load of an SAE class 5 bolt, and so on. The proof strength of the most common property classes is listed at a bolted joint. Nuts and bolts are mostly hexagonal in shape as they give more strength and power through granularity of angles to a tool.

Common types of nuts and bolts include barrels, cap nuts, cage, coupling, crushed, cross dowel, inserts, internal wrenching, knurled nuts, lugs, panels, plates, flange, Hex Nuts, plate nuts, split nuts, weld nuts, staked, swage nuts, self-aligning nuts, Carriage Bolts. They can be used for various applications. Mostly made from low or medium carbon steel, with minimum tensile yield strength of 420 MPa or 61 ksi, nuts and din6923 hex flange nut are ranked mostly in classes between 5 to 10.

Hex nuts, usually known as finished full are used for fastening to a bolt when mechanically joining materials together. Hex nuts are mostly made from materials like brass, zinc plates, steel grade 8, stainless steel, silicon bronze, hot dipped galvanized and grade 2 chrome. Hot dipped galvanized and grade 2 chrome are most popular hex nuts because of being corrosion resistant. They are thick and are used mostly for exteriors and coastal areas. Whereas, the grade 2 chrome has a bright mirror like finish providing sharp looks for a variety of applications.