#polyethylene foam laminating machine

[metacor]

What are the key features and properties of PET foam board?

Title: The Versatility and Benefits of PET Foam Board in Modern Applications

In the realm of manufacturing and construction, the quest for lightweight yet durable materials has led to the development of innovative solutions. Among these, PET foam board has emerged as a versatile option revolutionizing various industries with its exceptional properties and wide-ranging applications.

Understanding PET Foam Board

PET foam board, also known as polyethylene terephthalate foam board, is a lightweight and rigid material derived from recycled PET plastic. It is composed of closed-cell foam structures that offer excellent strength-to-weight ratio, insulation properties, and dimensional stability. PET foam board is widely used in construction, transportation, packaging, and other industries where lightweight yet robust materials are required.

Exploring the Advantages of PET Foam Board

PET foam board offers several key advantages that make it a preferred choice for manufacturers, engineers, and designers:

Lightweight Construction: PET foam board is significantly lighter than traditional materials such as wood, metal, or PVC foam board. Its lightweight nature makes it easier to handle, transport, and install, reducing labor costs and overall project expenses.

High Strength-to-Weight Ratio: Despite its lightweight composition, PET foam board exhibits remarkable strength and stiffness. Its closed-cell foam structure provides optimal load-bearing capacity, making it suitable for structural applications where strength and durability are essential.

Excellent Insulation Properties: PET foam board offers superior thermal and acoustic insulation compared to conventional materials. Its closed-cell foam structure minimizes heat transfer and sound transmission, creating a more comfortable and energy-efficient environment in buildings, vehicles, and industrial applications.

Chemical Resistance: PET foam board is highly resistant to chemicals, moisture, and corrosion, making it suitable for harsh environments such as marine and chemical processing facilities. Its durability and resistance to degradation ensure long-term performance and reliability in demanding applications.

Environmentally Friendly: PET foam board is made from recycled PET plastic, typically sourced from post-consumer waste such as plastic bottles and containers. By repurposing waste materials, PET foam board contributes to resource conservation and waste reduction, aligning with sustainability goals.

Design Flexibility: PET foam board can be easily cut, shaped, and molded to meet specific design requirements. It is compatible with various fabrication techniques such as CNC machining, thermoforming, and laminating, offering endless possibilities for creative design solutions.

Applications of PET Foam Board

The versatility and performance of PET foam board make it suitable for a wide range of applications across industries, including:

Construction: Used in insulation panels, structural components, and interior finishes for residential, commercial, and industrial buildings.

Transportation: Employed in automotive interiors, RV construction, marine vessels, and aircraft interiors for its lightweight and durable properties.

Packaging: Utilized as protective packaging, cushioning material, and void fillers for shipping and logistics applications.

Signage and Displays: Used in advertising signage, exhibition displays, and point-of-purchase displays for its lightweight and printable surface.

Arts and Crafts: Applied in DIY projects, art installations, and architectural models for its ease of use and versatility.

Conclusion

PET foam board offers a compelling combination of lightweight construction, high strength-to-weight ratio, excellent insulation properties, and environmental sustainability. Its versatility and performance make it a preferred choice for a wide range of applications across industries. As the demand for lightweight, eco-friendly materials continues to grow, PET foam board is poised to play a significant role in shaping the future of manufacturing and construction.

[epefoammachinery]

EPE Two Side Two Station High Speed Laminator,Laminating Machine,Laminat...

Mainly used for EPE/EVA lamination between the upper and lower layer, instead of traditional hot-air gun and hot-melt adhesive. Applicable for packaging of food, medical instruments, furniture, etc.

[sere22world]

Features of EPE laminating machine and EPE Laminating Machine

EPE Bonding Machine

The thickness of the foam sheet produced by the EPE extruder sometimes cannot meet the requirements of customers. In order to produce thicker sheets, we need an epe bonding machine. It uses air as a heat transfer medium to connect two pieces of EPE foam sheets together by pressing to achieve the purpose of increasing thickness. It can not only bond epe products, but also bond OPP and woven bags with EPE sheets.

EPE bonding machine has reasonable structure and high production efficiency. It is easy to operate, and is the ideal equipment for producing thick epe products.

EPE bonding machine features:

1. The heating box adopts a unique structure, which is never deformed. The air blown by the fan is evenly distributed through the distribution box, and the hot air is blown out through the upper hole through the hot box, so that the surface of the epe sheet is melted and sticks together after being pressed by the stick.

2. The precise surface treatment of the hot steel rollers make the precision of the finished products excellent.

3. The automatic electronic thermostat ensures the constant temperature in the heating box.

4. Unique design of pneumatic system ensures the epe foam extrusion machine’s stable and precise operation.

EPE Laminating Machine

EPE laminating machine is used for laminating EPE, PEF, XPE with PE film, OPP film, aluminum foil, PVC film, knitted cotton, textiles, etc. Besides, its roller has embossing, so it can make different patterns on the product. It can make 3D XPE wall stickers, climbing mats, yoga mats, picnic mats etc. This epe machine is easy to operate and the embossing is very clear.

EPE foam is based on low density polyethylene as raw material, change to independent obturator meshed bubble structure by using electronic irradiation. It is a kind of continues foaming freely, smooth surface, closed-cell, independent, well-distributed, no water absorption, unlimited length and adjustable color and density soft foaming material. Compare with other similar foaming materials, the performance of EPE is more excellent. Especially for environmental protection, sound insulation, water proof, moisture proof, shock absorption, cushioning, flexible, heat preservation, heat insulation, weatherability, aging resistant and lightweight. It can be compounded with aluminum film, aluminum foil, PE film or other materials, widely used in flooring underlayment. It is one of the most environmental protection, best sound insulation and moisture resistant product in flooring underlay.

 . Excellent thermal insulation

 . A high compressive strength

 . Good flame retardant properties

 . Excellent water resistance

 . Excellent resistance to wet moisture effects Low cost

Advantages of our EPE laminating machine:

1. The embossing roller has large diameter(270mm), the pattern can be customized according to customers’ requirement.

2. It has hydraulic automatic deviation rectifier, tension controller and magnetic powder clutch to make sure no waste is made, so that the buyer can save cost. 

3. The heating box has unique structure which is never deformed. The air blown by the fan is evenly distributed through the distribution box, and the hot air is blown out through the upper hole of the hot box to melt the surface of XPE and PE film, and sticks them together by the pressing of the roller. 

4. The surface treatment of the laminating roller is well made so the precision of the finished product is perfect. 

5. It has automatic electronic thermostat to ensure the constant temperature in the heating box.

6. The design of pneumatic system is unique, it is precise and stable. 

Founded in 2013, Veinas is the hi-tech enterprise devoting into the R&D and production of EPE deep-processing automation equipment and plastic machinery. Covering an area of nearly 12,000 square meters, Huasu owns independent R&D team, two main workshops and perfect sales and after-sales service system.

There are Multifunctional EPE Two Station High Speed Laminator, Right Angle EPE Laminator (Protective Angle Laminator), Hi-speed EPE Slitting Machine, EPE Box-making Machine, Automatic EPE Punching Shaped AIO Machine, Horizontal&vertical EPE Shaped Machine, EPE Automatic-knife-adjusting Cutting Machine, EPE Length And Breadth Cutting Machine, EPE Cardboard Bonding Machine, Automatic Hot-Air EPE Laminator, Automatic Four-column Hydraulic Cutting Machine, etc.

 With the guideline of “Quality & Service Foremost and Energy Saving & Environmental Protection”, Huasu has developed more advantageous patented machineries that take the lead in the line and become the customers’ favorites. With the cutting-edge quality and reasonable performance&cost, Huasu has become the leading manufacturer in our line so far, approximately accounting for 85 percentage market share in the mainland of China.

Constantly striving for the perfection, Veinas epe foam machine have penetrated into not only domestic market, but overseas markets such as America, Germany, India, Brazil, Mexico, Korea, Malaysia, Indonesia, Vietnam, etc.

[orthoticssupplier]

EVA Foam Blocks

EVA Foam Blocks

BLOCK OF EVA FOAM Eva Foam Blocks are made of a resilient foam. EVA foam has a non-abrasive surface area that enables you to flex and also extend when wearing your customized sole. As you can see, there are a selection of these things on the market, including golf placing eco-friendlies with large EVA foam sheets that are used as underground cushions. The EVA blocks from Ideastep are planned for use in insoles. [caption id="attachment_4670" align="alignnone" width="300"]

EVA Block Provider, Top Cover, Neoprene Ortholite, EVA Sheets for CNC Milling. Specifically supply resources for Pedorthist, Prosthetist ...[/caption] . When you buy EVA FOAM BLOCK from IDEASTEP, you can swiftly receive the wanted dimension, tight resistances, and density, in addition to time and money savings. We'll likewise work hard to ensure the extruded EVA foam sheets are the ideal thickness for the frothing procedure. This approach is mainly made use of to reduce foam blocks as well as strips. The factory workers will steer the sawn-off machine to reduce the foam sheets to the appropriate sizes as well as widths till we have actually gotten to the wanted density. We launch our foam sawing equipment by positioning every one of the foam sheets and obstructs on the reducing blade. It comes in a range of shades and thickness, as well as a selection of dimensions and also types. It can be lathered in any type of color, thickness, form, range, or product, in addition to various shapes and sizes. Individuals don't normally need huge, thick EVA foam sheets, yet we can make more foam with our tailor-made foam sheets. Foam lamination methods, which work well with textile aluminum foils and also sticky substratums, can also be made use of to make EVA foam items. When 2 or more foam items are laminated flooring with each other, adhesives might be made use of. We can additionally utilize sticky lamination if we can laminate two or even more foam assemble, and also we utilize a selection of foam manufacturing methods. Our EVA foam can be produced far more efficiently than you can picture by using the high performance, inexpensive, and high quality of our custom foam sheets, while still using a wide range of products such as polyurethane, polyethylene, as well as polyester. We have actually accredited foam foamers available to achieve this, and also they can cut EVA foam sheets to the wanted thickness. Foam lamination is also required if the customer desires a felt surface for the EVA foam material or if foam lamination is to be used to promote the manufacturing of custom-made foam. . Associated Short article:. https://aideastep.com/eva-rubber-foam/ https://aideastep.com/what-is-eva/ https://aideastep.com/what-is-ortholite/ https://aideastep.com/closed-cell-foam-vs-open-cell-foam/

[samantawill74]

Returnable Plastic Crates Market Size, Share, Trends, Industry Analysis : Research During The Ongoing COVID-19 And Research Methodology By Forecast To 2030

Future Market Insights (FMI) delivers key insights on the global returnable plastic crates (RPC) market in a newly published report. In terms of revenue, the global RPC market is estimated to grow at a CAGR of 5.5% over the forecast period owing to numerous factors about which FMI offers thorough insights and forecasts in this report. RPCs are used for the storage of various fresh products for shipping them from one place to another. These crates are of several types such as stackable, nestable and collapsible and are used based on several end uses and needs.

 Request a Sample Report with Table of Contents and Figures: https://www.futuremarketinsights.com/reports/sample/rep-gb-6050

Global Returnable Plastic Crates Market: Segmental Forecast 

The global market for RPCs is segmented based on product type, material type, capacity, application and region.

On the basis of product type, the global market for RPCs is segmented into stackable, nestable and collapsible. On the basis of material type, the global RPC market is segmented into HDPE, PP and others. In addition, based on the capacity, the global RPC market is segmented into less than 10 Kg, 10 Kg to 20 Kg, 20 Kg to 35 Kg, 35 Kg to 50 Kg and more than 50 Kg. Furthermore, based on the applications, the global RPC market is segmented into agriculture, grocery distribution, dairy, bakery, seafood, poultry & meat and other manufacturing.

Global Returnable Plastic Crates Market: Comprehensive Regional Insights 

This report assesses the trends that drive each market segment across the various assessed regional markets and offers key takeaways that prove substantially useful for potential market entrants in the RPC market.

The North America RPC market includes a country-level analysis for the U.S. and Canada. The Canada RPC market is expected to grow at a CAGR of 5.7% over the forecast period. The Latin America RPC market includes a country-level analysis for Brazil, Mexico, Argentina and the rest of Latin America. The Mexico RPC market is expected to grow at a CAGR of 6.8% over the forecast period. The Western Europe RPC market includes a country-level analysis for Germany, Italy, U.K., France, Spain, Benelux and the rest of Europe. Germany and Italy account for a significant market share in the Western Europe RPC market. The Eastern Europe RPC market includes a country-level analysis for Russia, Poland, Ukraine and the rest of Eastern Europe. The Poland RPC market is expected to grow at a CAGR of 5.6% over the forecast period. The Asia Pacific excluding Japan RPC market includes a country-level analysis for China, India, ASEAN, Australia & New Zealand and the rest of APEJ. The APEJ RPC market is the most lucrative geographic region, wherein India and China are poised to exhibit lucrative growth during the forecast period. The Middle East and Africa (MEA) RPC market includes a country-level analysis for GCC, South Africa, North Africa and the rest of MEA. The Japan RPC market is expected to grow at a CAGR of 5.4% over the forecast period.

Our advisory services are aimed at helping you with specific, customised insights that are relevant to your specific challenges. Let us know about your challenges and our trusted advisors will connect with you: https://www.futuremarketinsights.com/askus/rep-gb-6050

This report also discusses individual strategies followed by some of the leading companies operating in the global returnable plastic crates market in terms of enhancing their product portfolio, creating new marketing techniques as well as mergers and acquisitions. The competitive landscape included in the report provides a dashboard view as well as company share to report audiences. Key players operating in the global RPC market include Brambles; Myers Industries, Inc.; Supreme Industries Limited; Schoeller Allibert; DS Smith Plc; Dynawest Ltd; Rehrig Pacific Company; TranPak, Inc.; RPP Containers and Ravensbourn Limited.

More from Packaging Market Intelligence: 

Bubble Wrap Packaging Market Segmentation By Product - Limited Grade Bubble Wraps, General Grade Bubble Wraps, High Grade Bubble Wraps, Temperature Controlled Bubble Wraps, Others; End Use - Personal care and cosmetics, Healthcare, Homecare, Automotive and Allied Industries, Electrical & Electronics, e-Commerce, Shipping & Logistics, Food & Beverages; Material - Polyethylene (PE), Polyamide (PA), Polyethylene Terephthalate (PET): https://www.futuremarketinsights.com/reports/bubble-wrap-packaging-market

Tissue Paper Converting Machines Market By System: Toilet Rolls Lines- Consumer Market, Away From Home Market; Kitchen Rolls Lines- Consumer Market, Away From Home Market; Tissue Fold Lines- Consumer Market, Away From Home Market; Paper Napkin Lines, Standalone System: https://www.futuremarketinsights.com/reports/tissue-paper-converting-machines-market

Disposable Plates Market Segmentation By Product Type - Plastic Plates(Foam, PP, PET, PE, PLA, PHA), Aluminium, Paper(Laminated, Non Laminated), Others; By Design - Compartment, Plain; By Sales Channel - B2B(Food service Outlets, Educational Institutes, Corporate Offices, Healthcare Facilities), B2C(Online , Supermarket, Hypermarket, Convenience Stores, Mom & Pop Stores): https://www.futuremarketinsights.com/reports/disposable-plates-market

About Us 

Future Market Insights (FMI) is a leading market intelligence and consulting firm. We deliver syndicated research reports, custom research reports and consulting services which are personalized in nature. FMI delivers a complete packaged solution, which combines current market intelligence, statistical anecdotes, technology inputs, valuable growth insights and an aerial view of the competitive framework and future market trends.

Browse More Packaging Market Insights

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[epefoammachinery]

Veinas EPE Foam Box-Making / Framing Machine, Heating Plate, Laminating/Lamination Machine,Laminator

Founded in 2013 in beautiful coastal city-Guangdong Huasu Intelligent Equipment Technology Co., Ltd., previously Zhuhai Huasu Automation Machinery Equipment Co.,Ltd. (VEINAS) is the hi-tech enterprise devoting into the R&D and production of EPE deep-processing automation equipment and plastic machinery. Covering an area of nearly 28000 square meters, Huasu owns independent R&D team, three main workshops and perfect sales and after-sales service system.（contact Jessie: +86 13417787468)

[australianservices1]

The Toughest Plastics in Construction!

Did you know that the construction sector is the second highest user of plastic after packaging? You don’t really to expect to find plastic in your home or in the building where you work. Yet various types of plastics are being used in the construction industry, from PVC for pipes and conduit, to flute board for waterproofing barriers.

Plastics are used widely in the construction industry due to a range of benefits they provide, such as excellent strength to weight ratio, reduced costs, low maintenance, and corrosion resistance among others. The main areas of application for plastics are piping, cladding and profiles, insulation, seals and gaskets, and base for adhesives and sealants.

In the last years, recycled plastic materials have started to represent an increasing percentage of overall production of plastic for construction, helping to solve the global problem of the disposal of plastics.

Plastic Materials Used in Construction

A large variety of plastics are used in construction, with the most popular being the following:

Flute Board

Flute board, also known as fluted polypropylene. This product is a hollowed fluted plastic board made from polypropylene. One of its versions is print grade flute board, which is specifically developed to meet the needs of print and signage companies for various digital printing and laminating processes. Packing grade flute board, on the other hand, is used for surface protection, packaging, and concrete forming.

Advantages of flute board include:

-          Fully recyclable;

-          Lightweight material;

-          Resistant to water, chemicals, and impact;

-          Low price and durability;

-          Easy to print on;

-          Having improved UV resistance which makes it suitable for outdoor applications.

Flute board is used as floor protection on building sites, for reinforcing and insulating layers, for knockdown boxes, and for point-of-sale displays.

Corrugated Flute Board

Corrugated flute board is actually called twin wall polypropylene sheeting. This type of material can be cut to size to obtain products that are both strong and durable.

Main benefits of corrugated flute board are:

-          Non-toxic;

-          High impact resistant;

-          Hygienic;

-          Water resistant;

-          Chemical resistant;

-          Weatherproof;

-          100% recyclable.

Typical applications for corrugated flute board include: signage, display stands, packaging, surfaces, and protection.

Acrylic Cut-to-Size

Acrylic sheet cut-to-size represents a large part of the market share in the construction industry. Acrylic is known under various different brand names and is found in multiple forms, such as clear Perspex sheet cut to size. It is a versatile, transparent thermoplastic, with excellent optical properties and resilience to impact and scratch. Unlike glass, it conducts light better and shatters into large, dull parts in case of large impact.

Properties that make acrylic sheet cut to size the perfect option for applications such as roofing and greenhouse construction are:

-          Flexibility and elongation;

-          Carbonation resistance;

-          Environmental friendliness;

-          Stability to ultraviolet radiation;

-          Excellent adhesion.

Composites

A composite material is a one which is composed of two or more different materials. Joining these materials together produces a unique finished product that boasts different material properties to those that each material began with.

Advantages of plastic composite materials such as Kevlar, PVC polyester, FRP (fibre-reinforced polymer) and other such materials are:

-          Improved resistance and durability;

-          Can be made fire resistant;

-          Low maintenance;

-          Lightweight composition;

-          Availability in different colours, textures, and shapes.

One of the latest trends in the construction sector is represented by biocomposites, an important part of the green building movement. They enable the construction of green buildings, which are environmentally friendly, healthy to live and work in, and economically viable.

Polycarbonate

Polycarbonate or PC is an amorphous thermoplastic which is naturally transparent. Main reasons why polycarbonate is being used in construction include:

-          Flexibility

PC can be formed into multiple shapes and structures.

-          Withstanding shock and fracture

Polycarbonate sheets have a higher impact resistance compared to glass. This makes PC easier to transport and install. It does not become brittle with age, enabling constructors to avoid high maintenance and repair costs.

-          Two times lighter than glass

Polycarbonate lowers construction costs as it weighs less than glass, reducing the size of foundations and structural members.

-          Excellent insulating properties

Polycarbonate is a popular choice for cladding and roofing, with multiwall PC sheets doing even a better job at improving thermal performance as it creates additional air pockets around buildings.

-          Light transmittance

Forget about yellowing and hazed plastic, which happens with GRP. PC sheeting is treated with UV protection to extend its life and reduce glare.

PVC

PVC (abbreviation for polyvinyl chloride) accounts for approximately 20% of all plastic manufactured around the world.

There are two main types of PVC: rigid and flexible. Rigid PVC is intrinsic flame retardant offers good electrical insulation and vapor barrier properties, but becomes brittle at 5°C (when not modified with impact modifiers and/or processing aids). Flexible PVC is easier to process than rigid PVC and has good resistance to corrosive inorganic chemicals. Disadvantages include that it tends to degrade at high temperatures and its properties can change in time because of plasticiser migration.

PVC applications include: window and door profiles, pipes, fittings, wiring and cables, internal and external cladding, ducting, flooring, roofing membranes, and wall coverings.

Polypropylene

Polypropylene is a synthetic textile material originally developed by the American corporation Phillips Petroleum in 1951.

Its properties include:

-          Chemically inert;

-          Mould resistant;

-          Heat resistant;

-          Accepting colour and dye without degrading;

-          Inexpensive;

-          Does not contain bisphenol A.

This material is used in a variety of plastic building materials products that need to withstand heat, fatigue, and shatter, such as carpeting, piping systems, electrical cable insulation, and plastic machine parts.

Polyethylene

Polyethylene is most commonly used in packaging due to properties such as:

-          High ductility;

-          Low friction;

-          Good electrical insulator.

Its two main disadvantages, however, are being no-biodegradable and having a low melting point (around 80 °C).

Common applications of polyethylene in construction include:

-          Protection for materials and sealants;

-          Damp-proof membranes;

-          Lining material for foundations;

-          Concrete protection during the curing process;

-          Temporary flashing material for door and windows.

Expanded Polystyrene

Expanded polystyrene or ESP foam is a lightweight, closed cell insulation providing the following benefits:

-          Resistance to heat flow;

-          Energy efficiency;

-          Strength;

-          Sustainability;

-          Hygienic as it does not encourage the growth of bacteria;

-          Low cost;

-          Being environmentally friendly as it has always been CFC- and HCFC-free.

In the construction industry, expanded polystyrene is mainly used for exterior insulation and finish due to its high energy efficiency. It is also a part of structural insulated panels that can be used to build exterior walls, roofs, ceilings, and floors.

ETFE

ETFE stands for ethylenetetrafluoroethylene and consists of the modified copolymers of ethylene and tetrafluroethylene. It has the appearance of a flexible film, which makes it suitable for curved transparent facades.

Properties of ETFE include:

-          Nor degrading under UV light;

-          Resistant to weather and pollution;

-          Being self-cleaning;

-          East to repair by fixing tears with welding replacement patches;

-          100% recyclable;

-          Its manufacturing process does not require the use of solvents.

Typical uses of ETFE include: covering electrical wiring in conditions of high stress, for wall coverings, being installed as a thermoplastic liner in pipes for corrosion and heat protection, and solar panel applications.

How the Construction Industry Benefits from the Use of Plastics

Plastics have gained a prominent role in constructions near to metal, glass, masonry, and wood due to their immense benefits:

-          Durability

Some plastics can be stronger than certain materials, including metals.

-          Low Cost

Many plastic materials are economical, lowering the costs of construction projects;

-          Recyclable

Some plastics can be recycled completely without losing their properties.

-          Saving Energy

Because plastic consumes less heat than metal, they help with improving the energy efficiency of buildings.

-          Easy to Transport and Install

Plastics are lightweight so they allow quick and easy installation. Transportation is easier and also cheaper as the weight of plastic materials is lower.

Do you require construction materials made from plastic, such as acrylic cut to size? Plastic Online is a plastic fabrication company providing a full turn-key service from design to manufacture. Contact us for the highest quality flute board and a variety of other plastic materials!

[sere22world]

Veinas epe foam sheet extrusion line

PE Foam Sheet Extrusion Line/epe foam sheet extrusion line/EPE FOAM MACHINE is mainly used to produce EPE sheets. Using LDPE granule,by process of heating,melting,extruding,curing,foaming and forming to tick,tube,U type,V type and fruit net. Its main features are noise and heat insulation,cushion protection,friction avoid,water,decay and moisture resistance,good elasticity,etc. It can make 0.5-25mm sheet. It also can produce all kinds of packing and filling materials by coating or laminating. These products are widely used to pack electron,electric equipment,arts and crafts,ceramic,lamp,computer products and furniture.

Product Description: Polyethylene foam sheet, which is also named as pearl cotton. It is a kind of new-type packing material with the features of damp proof, shock proof, sound insulation, heat preservation and good plasticity. It is an ideal substitute of traditional packing materials and used widely in the packing of electronic product, daily necessities, glass, pottery, electrical household appliances, furniture, hardware product, toy, etc.

Polyethylene foamed sheet/film, also named as pearl cotton, is a kind of new-type packing material with the features of dampproof, shockproofing, sound insulation, heat preservation and good plasticity. It is an ideal substitute of traditional packing materials and used widely in the packing of electronic product, daily necessities, glass, pottery, electrical household appliances, spraying, furniture, hardware product, toy, etc.

EPE foam sheet is used to pack TV computers/monitors, refrigerators, washing machines, electronic equipments, glassware, ceramics, polyester yarn/films, handicrafts, printers, UPS, currency teller machines,diagnostic kits, and surgical equipments and other fragile and delicate products.In electronic equipments as corner pads, buffers, encapsulation blocks, ribs, and support pads, adhesive backed sheets etc.

Advantage of epe foam sheet extrusion line

1.Product weight is light

Our EPE foam machine fuse the most advanced foaming technology , adopt unique screw design, to make the foaming property excellent , the foam sheet weight is the most lightest in domestic same industry,

the average density can reach to 16kgs/ m³. Basing on this superiority, the buyer not only can promote the market competitive power, but also can gain more profit.

2.Machine stability good

The production line use the high configuration to machine barrel screw, driving force system, temperature control system, foaming injection system, electrical control system , to ensure the stability for each section running , it can support the buyer running the machine in production continuously in long time ,also can ensure the products quality stability.

3.Product appearance good

The foam sheet made by our machine, not only have good physical property, but also have good appearance, the foam hole is small & well distributed, smooth and delicate surface, feel flexibility is very good.

4.Energy saving effect obvious

The extruder motor use the advanced converter technique, use the high speed and low variable method, to get the max.. energy saving effect .Apply of torque real time monitoring technology to let the loss to minimum. Our machine can save more energy 13% than that of other automation equipment manufacturer.

5.Easy operation and maintenance

According to the experience accumulated over years and the suggestion of the operators ,we optimize & improve the machine continuously, to promote the operation and maintenance more easy, the new design is attention to details and humanized, that is highly praised by the customers in China and oversea.

6.Low failure ,long service life

The material and workmanship of the machine is very fastidious, every component , every details is control very well, that let it can use in high effect in long term. Our machine service life is 30~50% more than that of other suppliers, that can let the buyer create more valve.

1)  PE Foam Sheet Extrusion Line is equipped with a single extruder which can produce the sheet and pipes.

2) main material : Polyethylene

3) way of foaming: It continuous roll from low density Polyethylene, using Butane, eco-friendly blowing agent and other additives.

[xioqguqeupho]

Expanded Polyethylene Foam Laminating Machine for Irregular Shape EPE Products #Expanded #Polyethylene #Foam https://bit.ly/3n1laww

[ericiverson]

Features Of Foam Packaging For More Stronger And Efficient Protection

Foam packaging is a serious business, which involves enclosing and protecting products that are required to be transported, sold, used or stored. Refined techniques and selective materials are crucial for the appropriate packaging of products. Its manufacturers and suppliers strictly follow international standards to completely satisfy the customer. There are different types of foam packaging boxes available, and each form has its matchless applications and characteristics to meet the different needs of the business.

Polyethylene Foam Packaging:

Foam packaging of polyethylene is very denser than polyurethane. It is a closed-cell foam packaging and is best for the businesses that are producing high sensitivity items. This type of foam is resistant to moisture and damage, which makes this foam an excellent option for products that require special care. It also acts as an insulator. It is great for those items that need extra care, and protect the product from common mishaps. This type of foam packaging is beneficial for the businesses as laminated, planks, double skived, roll stock and crosslink. These types of foams are available in every size and color according to the need of the client.

Polyurethane Foam Packaging:

Foam packaging is really adorable. It is the most versatile kind of foam that can be changed into different forms. It can fit various products and free to mold. This foam acts as an open-cell. The soft nature of this foam makes it's able to absorb the shock and recover quickly. These foams are also used for egg crates. It has the ability to protect the products from dents and scratches. It is the best choice for fragile and lightweight items. These are easy to customize and manufacture and comes in different styles. One of its benefits is that it eliminates the fear of losing sales due to damage.

Convoluted Foam Packaging:

Mostly the foams are made by flat material but this kind of foam has raised areas like egg crates and provides additional protection to the items. These raised areas protect the items from dampening vibrations and impacts during shipping. These are incredibly durable and reuse for years in different packaging. When paired corrugated packaging with convoluted foam, it is the best option to protect the products during shipping. This packaging arrives at the products at their destinations safely. The best advantage of this box is to combine it with custom packaging boxes, The packaging is according to the requirement of the customer and a professional designer makes it unique for the clients.

Anti-Static Foam Packaging:

This type of foam packaging is used for electronic products from automotive parts to computers, machines, fridges, televisions, etc. This foam act as a cushion, absorb and eliminate vibrations, electrical charges, and electro-shock to protect the items during handling and shipping of packaging boxes. Paper may be mechanically or manually wrapped up and used as cushion material. It is designed in such a way that the toughest mishap cannot damage the item. It’s not about protection; this foam makes a good reputation of the brand in the market.

When a person unboxed the item and sees that it is safely packed it increases the affinity of the brand and established a trust line. It does not only protect the products inside but also protect the electrical instruments outside of the packaging and people from any shock during transport.

[epefoammachinery]

XPE/EPE Successive Hot-Air Sheet Laminating Machine,EPE Laminator,Lamination Machine,Laminating Line

Successive lamination of infinitely long EPE foam by theory of hot air lamination. Applicable for EPE/XPE etc. foam materials.

[omgawesomewendy-blog]

Veinas EPE foam sheet irregular shapes bonding/laminating machine

Veinas EPE/expanded polyethylene foam Irregular Shapes bonding machine can automatically assemble special products such as EPE foam holder for air-conditioner packaging and computer packaging, and can also paste EPE box such as “口 ” type and “日” type. It can serve as EPE foam double-station bonding machine. It comes true that multiple functions and uses of one machine. Need to know more videos and its technical parameters , pls contact:

Email: sales3@zhhuasu.com   Mobile//Whatsapp//Wechat: +86 13825681952 Tel: +86 756 7688302 Skype: wendym1984

[passivefireprotectionnsw]

Uses of Passive Fire Protection NSW

How to use Passive Fire Protection NSW? Transfer of heat in the steel buildings happen mainly in 3 ways. They are convection, conduction and radiation. Such issues can be easily regulated with the help of right insulation. Steel building insulation helps in slowing down heat movement. Insulation may help in regulating the temperature of the steel buildings. Insulation of such buildings even helps in diminishing the absorption of sound. The amount and the type of insulation mainly depend on location of the steel buildings. Insulation of the steel buildings offers savings in energy helps in controlling the noise and also helps in controlling condensation. There are a number of methods for conducting insulation of steel buildings. Methods of steel building insulation One of the most popular techniques of Passive Fire Protection NSW is by insulation and that too fibre glass insulation. The long strand fibre glass blanket is used for insulation of the steel buildings. The fibre glass is properly laminated on one of the sides to vapour barrier face. Fiber glass insulation basically depends on thickness of blankets as well as type of the facing materials. Quality of fibre glass blanket related to the thickness of the fibre glass. The flow of heat also slows down with the rising thickness of steel building insulation. The facing material The facing material of the insulation is also very important in the method of fibre glass insulation. The primary function of facing material is basically to act as vapour barrier. Different types of facing material may vary in their durability, workability as well as permeability. The workability of the facing materials is related to conditions of temperature needed for the purpose of installation. Permeability of the facing material is well connected to rate of the water vapours. Durability mainly refers to physical quality of facing material. One of the most common facing materials which are used these days is polypropylene. The related effectiveness of the insulator is stated by the R Value. The R Value is mainly used for measuring the total transmittance of thermal energy of the facing material. Reflective insulation Reflective insulation is also a method used for the purpose of steel buildings insulation. Reflective insulation is the process which is used for maintaining the actual temperature. A transfer of heat can be easily regulated with the help of reflective insulation. Reflective insulation comprises of 2 outer layers made of aluminium foil and the inner layer is made of an inert material. Plastic or polyethylene may be used as inner layer. The fibre glass inner most layers offer more power of insulation. Humidity does not affect reflective insulation in anyway.  It needs some specialised clothing or handling and it’s effective in cold as well as warm weather. Spraying on the insulation is the technique used for steel buildings insulation. It could be used as Fire Dampers NSW, protection from fire, thermal insulation and moisture insulation. Spraying on the insulation comprises of the mineral fibre as well as polyvinyl alcohol. The steel surface is sprayed with the help of a machine. The polyurethane spray foam could be used for insulation of the steel buildings.

[sere22world]

Introduction of EPE Foam sheet machine

EPE Foam sheet machine is mainly used to produce EPE sheet. After the melting of LDPE resin, it is mixed with butane gas, talcum powder, anti-shrinkage agent and other agents to be extruded through the extruder, and foamed on the die head and lips, then passed through a sizing drum to fix the sheet size, and finally the product is taken up by a winding roller.

Polyethylene foamed sheet/film, also named as pearl cotton, is a kind of new-type packing material with the features of dampproof, shockproofing, sound insulation, heat preservation and good plasticity. It is an ideal substitute of traditional packing materials.

Veinas EPE Foam sheet machine is of advanced structure with reliable performance and high-grade automation. It is easy to handle and maintain.And its output is high, being the preferable model compared with the domestic similar machine in performance and price.

EPE extruding machine(Epe Foam Sheet Extruder), also known as epe foam extruder, epe extruders, epe extruding production line, pe foam sheet extrusion line.it is mainly used to make epe foam sheets. It melts LDPE resins and then mix it with butane, talcum powder, anti-shrinkage additive and other additives, then extrude it by the extruder and then foam it at the mould part. Later the foamed products pass the shaping circles and get the size we want, finally we roll the sheets. 

If you use our EPE foam sheet extruder, you can get products with the lowest density of 14kg/m3 while some of our competitors make products with density of 20kg/m3. Assuming that you make 16kg/m3 products with our machine while your competitors make 20kg/m3 products. To make the same one ton of material, you can get 62.5m3 of products (1000kg ÷ 16kg/m3) while your competitor can get only 50m3 of products. (1000kg ÷ 20kg/m3). In this way, you can produce 12.5m3 more of products. That means you can get more profit of 12.5m3.

Of course, you can adjust the machine to make different densities of products. You can also make the same density products as your competitors if you want. However, your competitors can’t make as light products as yours with their machine. That is because the structure of our main machine parts are different from that of other machine manufacturers.

The products made by this equipment are widely applied to the packing industry, such as the electronic circuit board, making mattress, Elelectronics packing,electric products, high-grade furniture, motorcycles, shoes-making, wooden floor, cases and bags, hardwares, bicycles, automobiles, pottety,glass wares etc.

Why choose our EPE foam sheet machine ？

A.The craftsman spirit of professional

China EPE foam machine manufacturer since 2013.The best epe machinery including EPE Foam sheet machine,EPE Foam Tube/Rod/Profiles Extrusion Line,PE Extrusion Laminating Machine etc is made in our factory. EPE foam machine not only have covered all over China, but also have exported to more than 70 countries

B.Product customization quality leadership

High configuration and Strict requirements.The main electrical configuration both famous brand in domestic and abroad..The mechanical part of the material workmanship is very elegant and each part and every detail are carefully checked to ensure long-term and efficient use of the equipment.

C.High foaming rate and light weight have great competitive advantages.

The density of 0.5mm thick sheet is 16 kg/m3 and even down to 15 kg/m3.The only famous trademark in epe foam packing machine of china.

D.Independent production research and development

Our engineers have almost 10 years experience in EPE foam sheet machine.  Our persons are rofessional,enthusiastic and responsible

E. Our EPE machines are of high cost performance.

Factory Test Verification And Flexible Payment It’s our duty to install and debug the products and train the customers for free until they learn how to use it.

F. Each device undergoes a rigorous testing procedure and factory customers participate in the test machine.

Only after satisfaction is it paid for the full amount of money. This will enable customers to resolve their concerns.

G. Comprehensive satisfaction service，after-sale worry free

We offer you the using technological consultation of professional EPE foaming machine, perfect after-sales service team in order to help you solve problems quickly.We answer clients’ requests within 12 hours。

[marketresearchandsurvey]

VCI Films Market: Key Drivers and On-going Trends

Global VCI Films Market: Overview

VCI films are designed in such a way that their basic properties remain effective even when they are not in contact with the metal. As VCI films are transparent in nature, the spot check no longer requires the packaging to be opened. VCI films ensure continuance of long-lasting corrosion inhabitance protection. Increasing production of heavy machines and their parts is expected to boost the demand for VCI films for packaging, storage and transportation of metal parts. VCI films are setting new standards of occupational health and safety for the packaging industry and are safe to be used in any format. VCI films are also certified safe for direct contact with both metal and food. VCI films are capable of protecting products, workers and even the environment. For instance, MetPro’s latest invention is BioTect, a VCI film that is recyclable, nitrite and amine free.

VCI films are catering to the increasing demand from industries, including automotive and locomotive, electronics, heavy plant machinery and equipment, military applications, aerospace, export-import packaging, contract packaging and other industrial applications. Metal parts are no longer required to be oiled before packaging as when packed in VCI films, metal parts are ready to use as soon they are unpacked. Rise in VCI packaging technology across various countries is expected to drive the growth of the global VCI films market. VCI packaging technology is available in different forms, such as film, foam, paper, emitter, powder and liquid.

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Global VCI Films Market: Overview

VCI stands for volatile corrosion inhibitor. The molecules present inside VCI films inhibit corrosion. VCI films are available as mono and co-extruded films, cast and blown stretch films, shrink and bubble films. VCI films provide effective corrosion protection to a wide variety of metals. Metal parts are protected by VCI films through direct contact and vapor action. VCI films are easy to use and are suitable for both manual and automatic packaging. Metals covered with VCI films do not need additional cleaning and degreasing. VCI films can be customized according to consumers’ specific needs and can be printed in any specific color.

VCI films are used in single wound sheeting, tubing, center fold sheeting, flat gusseted bags, case liners and covers, elasticated bags and lock-tip-bags/zipper bags. These VCI films are designed to protect multi metals from corrosion during manufacturing, storage and transit. VCI films provide long-term protection from corrosion for metals, such as brass, copper, bronze, iron & steel, nickel, tin, zinc and zinc galvanized. VCI films are also suitable for military packaging. VCI shrink films are UV stable and are available in wide widths for covering large parts and equipment. VCI films are high in demand for storage and transportation of metal parts owing to their excellent clarity and cling property. The VCI films market is being driven by the various properties of VCI films. For instance, VCI films are strong, flame retardant, shrinkable, cross-laminated, UV stabilized and have anti-static properties.

Global VCI Films Market: Segmentation

The global VCI Films market is segmented on the basis of Material Type into:

Polyethylene

Polyethylene Terephthalate

Polypropylene

Polyvinyl Chloride

Others

The global VCI Films market is segmented on the basis of Product Type into:

Stretch VCI Films

Shrink VCI Films

The global VCI Films market is segmented on the basis of Format into:

Single wound sheeting

Tubing

Center fold sheeting

Flat and gusseted bags

Case liner and covers

Elasticated Bags

Zipper Bags

Other Custom Designs

The global VCI Films market is segmented on the basis of packaging application into:

Automotive parts

Electrical & Electronic components

Heavy plant machinery

Military Applications

Aerospace

Import & Export packaging

Contract Packaging

Other Metal Engineering applications

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Global VCI Films Market: Regional Outlook

 VCI films are being increasingly used in the U.S. for the transportation of huge metal machinery parts. Emerging economies, such as China, India Indonesia and South Korea, will provide huge growth opportunities for the growth of the global VCI films market. Germany and UK are expected to show positive growth in the global VCI films market due to the massive and progressive automobile industry in these countries. The U.S. is estimated to register highest share in the global VCI films market during the forecast period.

Global VCI Films Market: Key Manufacturers

Daubert Cromwell

Transcendia

Armor Protective Packaging

Branopac India Pvt. Ltd.

Tech Corro

Zavenir Daubert

Tewes Corporation

[novanaelites-blog]

virgin/recycled LLDPE/LDPE/MDPE/HDPE granules used for cable

virgin/recycled LLDPE/LDPE/MDPE/HDPE granules used for cable and other plastics LDPE resins are made by high pressure autoclave process and mainly used for blown film extrusion and wire coating (cable sheath) etc...They are widely used for applications for general purpose packaging films, heavy duty bags, shrink films, and foams. LDPE is used in products and packaging such as plastic bags, milk jugs, detergent bottles, margarine tubs, garbage containers, water pipes, woven bag, raincoat, polyethylene monofilament, woven yarn etc... 1.Fiber (Carpet, Textiles, Upholstery, etc.) 2.Film (Shopping bags, casting film, multilayer film, etc.) 3.Blow Molding (Medical & Cosmetic container, Lubricant & Paint container, etc) 4.Extrusion Molding (Sheet, Pipe, Wire & Cable, etc.) 5.Injection Molding (Automotive, Electronic, Construction, House wares, Furniture, Toys, etc.) Linear low density polyethylene/ LLDPE resin Granules/pellet/LLDPE Virgin or recycled Grade, LLDPE Film Grade, LDPE Granules/LDPE resin/LDPE film Grade/Recycled LDPE, Low-Density Polyethylene resin, Recycled LDPE Granules, LDPE Raw Material, LDPE resin film grade Wire & cable, Geomembranes, Containers & pails, Irrigation, Houseware & appliances Thin wall packaging, Stretch wrap, food wrap, Diaper, Lamination & industrial film, Agricultural & indutrial film, Cast film Stretch film, General purpose film Heavy duty film LDPE is widely used for manufacturing various containers, dispensing bottles, wash bottles, tubing, plastic bags for computer components, and various molded laboratory equipment. Its most common use is in plastic bags. Other products made from it include: Trays and general purpose containers Corrosion-resistant work surfaces Parts that need to be weldable and machinable Parts that require flexibility, for which it serves very well Very soft and pliable parts such as snap-on lids

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