#pu foam scrap

[smitholivia1]

Look to Western Scrap Trading Inc. for the best selection of scrap paper, plastic, metal such as OCC 11, used electric motor, battery, PU foam, CD-DVD scrap etc. at affordable prices. Our team is committed to delivering top-notch service and support, ensuring your satisfaction every step of the way. Get in touch with us today to see how we can assist you.

[plasticprocessingmachine]

Plastic Recycling Machine by Neoplast

Neoplast's is produce a high-efficiency, one-step plastic recycling machine designed to reprocess flexible packaging consisting of PE polyethylene (HDPE, LDPE, LLDPE) and PP polypropylene, both printed and unprinted. Our cutter-integrated pelletizing technology doesn't require pre-cutting the material and utilises less energy and space while producing high-quality plastic pellets quickly.

In addition to domestic film waste, which is pre-crushed hard plastic waste from injection and extrusion, the system can process cleaned flakes, scraps, and regrind. The usage of this machinery is advised for manufacturers of agricultural films, food packaging, commercial bags, waste bags, shrink and stretch films, PP woven bags, jumbo bags, tapes, and yarns. You can also use materials like PE and PS foam, PE net, EVA, and PP mixed with PU on this machine.

Neoplast is a manufacturer of completely and partially automatic waste plastic recycling machines in India. We manufacture plastic recycling machines in India, and our machines are renowned for their great productivity, low cost, and reliable after-sales service. Thermoplastic film, soft polyvinyl chloride, and plastic products are routinely recycled using the Plastic Recycling Machine Die Face Cutter. a high efficiency, one-step plastic recycling machine from Neoplast, is made for reprocessing flexible packaging made of PE polyethylene (HDPE, LDPE, LLDPE), and PP polypropylene, both printed and unprinted. Call us at +91-79-4019-4030 if you'd like further details.

Advantages of Plastic Recycling Machine

Combining cutting, extrusion, and pelletizing, plastic recycling machines build a compact and efficient recycling process. The material is compacted by the recycling machine's cutter compactor into a state that is ideal for the extrusion procedure, and it is then fed directly into the extruder using centrifugal force. When opposed to traditional recycling machines, this integrated solution eliminates the problem of irregular input because it doesn't require a separate crusher. Neoplast fulfil all client’s needs.

The nip roll feeder for whole film rolls and the belt conveyor for film scraps and hard plastic regrind both simultaneously feed waste materials into the machine. An additional silo tank can be used to store and feed pre-washed film flakes. The feeding is automatically changed according on how full the cutter compactor is. The material is then minced, dried, and compacted into a semi-molten state that is perfect for the next extrusion procedure. The cutter compactor then feeds the material steadily and directly onto the extruder screw.

The pre-compacted material is continuously fed into the extruder through its tangential connection thanks to the cutter compactor and extruder's integration, which makes feeding extremely rapid and steady. Compared to other recycling systems on the market, this results in a much higher manufacturing output.

[pufoamscrapfactorydirectselling]

Hello every,

I am Luke from Dongguan Suteng Package Co.,LTD.

We are the largest factory direct selling PU FOAM SCRAP in South

China.

20 Years experience and 20,000 sq meters warehouse.

We will be your best choice.

Welcome for any inquires.

Whatsapp:+8615338046457

[detwotradinginc]

De-Two Trading Inc. is one of the top scrap recycling company in the USA

De-Two Trading Inc. is one of the well-known scrap recycling companies. The company is known as a prominent buyer and supplier of PU foam scrap, pet bottle scrap, and HDPE milk bottle scrap in the USA. The firm’s strategy is to create added value to the string between producers and end-users.

[denisewashingtonblog]

What are the Applications of Polyurethane Foam Scrap?

PU foam (Polyurethane) is generally formed by responding a polyol with a diisocyanate or a polymeric isocyanate in the occurrence of appropriate substances and additives. Meanwhi,le a diversity of di-isocyanates and a spectrum of polyols can be used to yield polyurethane, there are several materials that can be formed to meet the requirements of exact applications. In this article, we will discuss applications of PU. Read more - https://bit.ly/3qy7MnY

[scrapsindustriesinchouma]

scrap foam 09817 by Scraps Industries Inc Via Flickr: scrapsindustriesinc.com/pu-foam-scrap.html

[scrapsindustriesin]

3 Uses of Aluminum Cans You Should Know!

Aluminum cans are widely used around the world as the preferred vessel for beverages that are meant to be consumed conveniently, even while on-the-go. Since Coors pioneered their use in 1959, the cans have been utilized as packaging for sodas, energy drinks, beers, sparkling water, coffee, and every other beverage people love to enjoy! It might be good to pay close attention to why they are used so frequently. More importantly, you may want to know how scrap aluminum cans are recycled. Here are three important uses of aluminum cans that you need to know:

1. Sustainable packaging

Despite the material that they are made of, aluminum cans are actually among one of the most sustainable beverage packaging because they can be recycled infinitely. Scrap aluminum cans can be constantly recycled into the same product. In fact, an average can contains around 70 percent of recycled metal. Many craft beer brewers use aluminum to can over 1,700 different beers because the material helps protect against oxygen and light exposure.

Aluminum cans offer convenience as packaging, too, as they chill much quicker than metal cans, and can easily be printed on. And perhaps the most important advantage is the material protects the integrity and flavor of the beverage!

2. Merchandise and food canning 

Aluminum cans are useful for long-term food quality preservation. That’s because the material offers complete protection against contaminants such as oxygen, moisture, and light. They won’t rust and can resist corrosion, and that makes them have the longest shelf life when compared to other forms of packaging. When you consider that scrap aluminum cans can be infinitely recycled, that’s another plus regarding their service life. 

3. Ensures product safety 

Aluminum-based canning is known for having an unmatched safety record. It is tamper-resistant with tamper-evident functionality, so you can easily identify if the product has been compromised. Besides food and beverages, many other products are packaged using the material, such as paint and aerosol goods.

These are just some of the uses of aluminum cans, and there should be more as the material’s market growth is likely to increase because of the need of more products that require reliable, sustainable, and safe packaging solutions. Should you need some scrap aluminum cans, look for a company that specializes in trading and exporting them from reliable local vendors! 

About the Author: This is article is written by Brandon Rhine from Scraps Industries. Scrap Industries Inc. is a Virginia-based company specializing in trading and exporting various grades of metal, plastic, and paper scrap. They have been in the business for more than 25 years now, and have catered recycling needs for our clients' consumer and industrial uses in various parts of the world. Their competitive prices and high quality of service have built our global reputation as a premier scrap export company! Their qualified staff follows strict guidelines for ensuring the highest quality of products, including electric motor scrap, aluminum scrap, HDPE, LDPE, PET scrap, PMMA acrylic scrap, plastic scrap, and PU foam scrap, and more.

[meiyahg-blog]

How to Make Mold Release Agent: Complete Guide and Tips

To produce large quantities of similar products, manufacturing companies use molds. This process is very efficient and doesn’t take plenty of time, which is another reason why brands use it. Some of the final products which were made using molds include glass, metal, rubber, plastic, and similar. What’s more, molds are also implemented in compression, blow molding, injection, and more, to name just a few. But when producers use mold, they need a chemical component that separates the materials from the mold. And that chemical has a name – mold release agent.

That’s why we compiled a thorough and detailed guide about everything there is to know about the mold release oil or agent. We’ll define the term, see its various types and where it can be applied. After that, we’ll move on to the production process and end with factors to consider when buying mold release agents. Read on and take notes!

 What Is a Release Agent?

For all those who aren’t familiar with the term, a release agent is a chemical that stops the materials from bonding with the surface of the mold. You can even find it under different names such as a de-molding agent. Its main role is to create an effect of slipping so that the substance easily separates from the mold. Metaphorically speaking, it’s like putting a bit of butter in the pan before you plan to bake something with the idea to effortlessly remove the food from the pan’s bottom after you’re done with the cooking.

Thus, the answer to the question ‘What's mold release agent?’ is that it’s considered to be a crucial barrier that prevents the substance from blending with the mold. If that happens and a release agent isn’t used, manufacturers have to perform elaborate processes of cleaning up. All of that may result in losing plenty of time as well as productivity. That’s why companies who implement mold release oils look towards them as an investment rather than a cost once they find the oil that suits their needs and production.

It’s common for mistakes to happen even while using this type of chemical. For instance, an agent that isn’t right for the product or its wrongful usage can have huge negative consequences. That may impact the whole overall quality and performance of the finished product. But we’ll get to that very quickly.

 The Functionality of the Release Agent

 As we previously stated, the main function of the release agent is to act as a barrier. However, more very useful functions can be attributed to it. We’ll cover some of the most important ones now.

Having said that, these chemicals have the ability to minimize the production period. That’s why manufacturing firms can work with exceptionally tight and rigorous schedules. The release agents will help them increase the volume of materials during the process of molding. If that isn’t enough, the whole cycle time of the process is significantly reduced. In return, that translates to saving time as well as money for the brand.

All the damage to the products that can make them not ready for utilization or sale is reduced to a bare minimum with these chemicals. Without them, the mold can be glued to the material. In that case, more material will have to be thrown out and more cash would be spent. So, it’s safe to conclude that they provide another layer of protection.

Moreover, like with most things, molds are also the subjects to multiple replacements, and even unscheduled or premature ones, too. If mold release chemicals are used, the production process will be kept effective between maintenance and cleaning periods. That way, the whole lifespan of the molds is extended and new ones wouldn’t have to be purchased for a very long time.

If we’re theoretically speaking, release oils are meant for just separating. But, in reality, the ingredients of the oils can have an impact on the features and the overall outlook of the end product. Some agents are known to make surfaces appear matte or excessively shiny. And you may not want that. That’s why thoroughly understanding how agents can affect your part is vital if you don’t want any unwanted instances to happen.

We previously touched upon the slipping effect that manufacturers want to successfully detach their materials from the molds. Here, we’ll just mention that another function of the agents is their ability to be merged with other agents. When companies combine them, they can decide the level as well as the intensity of the slipping effect in certain parts of the molds.

Finally, with proper agents, there isn’t much space for cleaning afterwards as very few or no traces are left behind. It goes without saying that that’s very budget-friendly.

 Classification of Release Agent

 There are numerous types of agents. And which one is used depends on multiple factors. They may include the price, the personal needs of the manufacturers, level of danger they may inflict, laws and regulations, drying periods, shipping, and more. For starters, we’ll list the major categories and discuss them afterwards:

·         Water-based release agents

·         Solvent-based release agents

·         Non-permanent release agents

·         Sacrificial release agents

·         Semi-permanent release agents

·         Internal release agents

The trends in release agents point towards water-based solutions. One of the reasons why they’re preferred nowadays is that they’re more environmentally-friendly. It takes a while before they’re fully dry, too. Also, it’s quite affordable to get them as the shipping is usually cheaper for these types of agents.

On the other hand, solvent-based ones are more traditional chemicals. Their components only take care of a safe detaching. They’re known to immediately become dry. But they can be a bit dangerous towards the health of the molders and the welfare, especially if there is no adequate system for ventilation in the room. Flammability is another feature of theirs, too.

The non-permanent release agents are more of a sub-type of the solvent-based ones. They don’t unnecessarily slow down the process or create a lot of extra scrap material. The part where these agents excel is that they’re uniquely modified and created according to specific molds.

The sacrificial agents don’t consist of plenty of solid components. And they’re known to last a shorter period when compared to other kinds of agents. One of their key features is that they should be used at the start of every molding cycle. As a result of that, they require more labor force.

Another category of agents is the semi-permanent. The factor permanence in the language of mold release agents is the period before you need to apply the agent again. And this type of agent doesn’t have to be applied again before each molding cycle commences, unlike the sacrificial agent. If you want to increase the durability of the agent, it’s advisable to use it on surfaces that aren’t wet and are clean and without any other coatings and ingredients lying on them.

Finally, let’s take a closer look at the internal agents. Just like the name implies, they’re added directly to the material in the molding while it’s still blending together. For example, this technique is found in tire molding. Plus, while the material is blending together, the molder can choose the right dosage if they use this type of agent. That shortens the needed time period, too. Molders can also have more control over the whole molding due to these capabilities of the agent.

 Application of Release Agent

 Before you start the applying process, you should be aware that there are various techniques to do this. This is due to the fact that not all agents are the same. Some of them ask for coatings that are thicker while others need a longer time to dry. Therefore, it’s always a good idea to read through the instructions enclosed by the manufacturer to make sure which technique to use.

Which mainly used in:

 l   Polyurethane Releasing: such as PU Soft Foam, Polyurethane Rigid Foam, PU Slow Resilience Release Agent, PU Insole, etc.

 l   Metal Casting: Such as Aluminium Die Casting, Magnesium Die Casting, Zinc Alloy Die Casting, Metal Forming, Metal Extrusion, etc

 l   Composite Material Releasing: Carbon Fiber, FRP Fiberglass, Epoxy Resin , LED Material, PVA Material, etc.

 l   Others: Release agent for concrete Form, Plastic, Rubber, Outside Tyre, Glass, etc.

One of the most common ways to apply the release agent includes aerosol spray cans. They can be utilized by workers, professional machines or even an assembly line. The aerosol can is filled with a release agent that’s pressurized. As for the coating of the molds, the agent can coat either with spray hoses when the projects are bigger and more automated or a simple paintbrush when you’re working on a small project.

Not to forget, a big number of mold release agents are prone to inflaming. So, you should be well-covered and protected while applying them. To minimize the risk, you can use a professional machine. It works without releasing the dangerous fumes from the agent in the air.

Release Agent Production Process

Everybody who works with release agents knows that there is not one mold release agent nor one production process to make it. Each specific industry tweaks its own version. Naturally, a food manufacturer and a company making concrete can’t use the same agent for obvious reasons.

Generally, though, a couple of textbooks mention that a type of a release agent, usually, can consist of water, a functional siloxane, a stiffening agent, as well as a base and a crosslinker. For example, you can use a mold release agent even at home for a sculpture you have ordered. This is especially nice if the mold is of the non-flexible kind.

We’ll show you how to prepare yourself a do-it-yourself release agent. All you need is a couple of drops of different oils and a spray bottle. Put the oil in the spray bottle, preferably by using a funnel. That way you lower the chances of oil getting spilled all over you or your furniture. After that, insert a bit of clove oil. This step will help you prevent mold from appearing on the casting mold. Be aware that some materials among which are plaster as well as alginate and others are more likely to get mold on the surface than some.

 How to Choose a Good Release Agent

 The whole point of applying release agent is to keep the cured part away from the mold. That’s why it’s a waste if your chosen agent isn’t able to do this. To prevent this from happening, you should clearly understand which types of release agents are used for what and apply them accordingly. However, picking the perfect agent can be tricky and tough. Out of all the products on the market, users find themselves doubting which one to get.

Now, we’ll give you a hand with the choice of the right release agent for you. Here are some key indicators to have in mind.

·         Universal vs. Multiple Release Agents – One of the questions you should be asking while deciding is whether you want to use multiple agents or have one that fits all purposes. In some cases, the universal agent can be less efficient. However, some parts can be saved from contamination with it.

·         Affordability – People always search for cheap products. When it comes to release agents, it all depends on the material. So, silicone oils, waxes, and PVA agents have the lowest cost. Yet compromises should be made. These materials are known to not stick long requiring re-application soon. Also, they can transfer to the part with mold.

·         Layer of materials – You should see which agents form thinner and which thicker layers to keep the mold at bay.

·         Enough surface slipping

·         Surface durability and adhesion

·         Chemical inertness

These are only a few things to consider. Of course, you’re free to look at the matter from your own point of view and see which agent serves the purpose you need it for.

Final Words

All things considered, mold release agents have become a necessity. Without them, your spaces will succumb to mold. They help you make a layer that will separate the cured part from the rest thus saving you the trouble. However, there are many types to choose from, which is why we enclosed some details to help you make your decision. Also, we shared how the applying process goes and told you how to make your own release agent if you don’t want to buy one. In any case, now it’s your turn to decide what works for you when it comes to mold release agents.

So, what are your thoughts after all of this? Have you found the answers you’re looking for? Do you have any experiences with these agents? Share everything with us here!

Lisa Sun, professional chemical release agent sales from SAKURAI mold release agent, has been involved in release agent for over 10 years. For more information visit: https://meiyahg.com/

[jinggongmachine]

What Is The Difference Between PIR Panel And PU Panel?

https://www.jinggongmachine.com/what-is-the-difference-between-pir-panel-and-pu-panel.html

PIR panels and PU panels are very similar in many aspects: they have excellent thermal insulation performance, high tensile strength, light weight, and low cost. In addition, their installation methods are also quite similar.

Most importantly, both PIR panels and PU panels are made by injecting raw materials into the mould with high pressure. This explains why they look so much alike. However, the PIR panel and PU panel are actually two completely different products.

 The main difference between them lies in the raw materials used to make them.

Both PIR and PU panels are insulated panels, they are widely used in building construction because of their high thermal insulation and tensile strength.

PIR is synthetic fibreglass that has been coated with resin to form an insulating board, which is then pressed into a rigid panel. It can also be extruded into rods, strips or other shapes for specific applications. The material is made through a process similar to glass making but uses recycled materials such as scrap glass or plastic waste combined with natural resources like wood chips or virgin fibres. When combined with water-based binders it creates an eco-friendly product that performs just as well as traditional insulation products such as mineral wool.

PIR is often used as a thermal barrier between the home's outer walls (usually brickwork) and interior wall finishes such as plasterboard/drywall or plasterboard/linoleum cladding systems. PIR boards have excellent acoustic properties when compared with other types of acoustic insulation material due to their density and thickness.[8] They also provide good resistance against wind uplift forces on roof structures where the roof tiles attach directly to them.

 The main difference between PIR and PU panels is the raw materials.

PIR panels are made up of closed-cell polyisocyanurate foam, which is a synthetic material that looks like styrofoam but has a higher R-value and a slower rate of conductivity. They cannot be used as roofing or walls, but they can be used as insulation between framing members in your attic or basement. The insulation value of PIR varies depending on its thickness: 1 inch provides R 13 to R 18 per inch; 2 inches provide R 20 to 25 per inch; 3 inches provide R 26 to 36 per inch.

PU panels are made with open-cell polyurethane foam that's blown into place under pressure (no solvents) at high temperatures over specially designed forms that are typically made from recycled wood products such as plywood or particleboard (although some manufacturers use steel). This type of panel has been used for decades in residential construction because it's lightweight and easy to install without needing special tools or equipment—just some basic carpentry skills! It does not have the same level of performance as PIR insulation does when exposed directly outdoors—but then again nothing really does except maybe spray foam insulation foam boards.

 The raw material of the PU panel is polyurethane, which is a kind of polymer organic compound that is synthesized by the reaction between a diisocyanate or a polymeric isocyanate containing two or more two isocyanate groups and a macromolecular compound having active hydrogen atoms.

Polyurethane is a kind of polymer organic compound that is synthesized by the reaction between a diisocyanate or a polymeric isocyanate containing two or more two isocyanate groups and a macromolecular compound having active hydrogen atoms.

 In contrast, the raw material of the PIR panel comes from the blowing agent (pentane) which is added to foam plastic. It’s a colorless, transparent liquid with an ether odour and it has low density, low boiling point, and low freezing point. When pentane evaporates, it will form gas bubbles in the foam plastic to change its structure, which causes it to become very light and porous. So in terms of structure, PIR panels are closed-cell structures while PU panels are open-cell structures.

The main differences between PU and PIR plasters can be summarized as follows:

·

PU plaster is lighter than PIR plaster because of its open-cell structure allowing air pockets within the foam material;·

·

In addition, its flexibility makes it more comfortable when touching against skin or clothing;

·

Another advantage is that they are cheaper due to lower manufacturing costs;

·

They are also hygienic since they don't absorb dust particles like wool products do;

·

PIR and PU panels may look similar but they are actually completely different products.

PIR panels are a closed-cell structure material that is made from polyisocyanurate foam. PIR panels are non-toxic, low in formaldehyde, and have very good thermal insulating properties. They are used in the building industry as thermal insulation for roofs and walls. On the other hand, PU panels are an open-cell structure material made from polyurethane foam that has similar properties to PIR panels but it's much more flexible than PIR panels and can be cut easily with a knife or even scissors (yes we tested this). The main difference between these two products lies in their density: PU panel has a density of 5-6 kg/m3 while PIR panel has a density of 3-4 kg/m3 which means that if you use both types of materials together then there will be some gaps between them because one product would absorb heat better than another one.

 As you can see, PIR and PU panels are two different sandwich panels China made from different materials. When choosing an insulated panel for your roofing or walling project, it's important to review your options and consider the differences between them so that they will meet the requirements of your building design. Click to learn more about the JINGGONG PU sandwich panel line.

[greenmaxrecycling99]

GREENMAX EPS recycling machines —the guardian of the water

A new shark has recently been working in the waters around Cockle Bay Marina. It feeds on plastic, metal and floating debris. Waste Shark is a 1.5 meter long water drone used to remove trash from the sea. It has already started removing plastic from Cockle Bay in Sydney Harbor. aquadrome can munch on up to 160 kg of plastic, plants, floating trash, chemicals, bunker fuel and oil at a time. The battery-powered drone was developed in the Netherlands. It can traverse enclosed waters and sweep up trash, either autonomously or by remote control.

It can be seen that these plastics, plants, floating trash, chemicals, bunker fuel and oil are already having serious consequences on the waters. People are also starting to take more urgent measures to protect the environment. Polystyrene, a type of plastic, has caused terrible white pollution. It pollutes soil, air and water to varying degrees and can cause fires in serious cases. Due to the large size and low density of EPS is not very convenient for transportation, it is difficult to gather EPS from various places and then centralized treatment. In this case, we can use EPS recycling machines.

EPS recycling machines are used to reduce the volume of EPS to 1 in 50 or 1 in 90 by physical or chemical means to facilitate the transfer. INTCO GREENMAX EPS densifier is designed on the principle that the waste foam crushed by the foam crusher is extruded into a pile by screw heating, which is convenient for transportation and sale. The equipment compression through the compression ratio of 90:1, low input and easy to operate features make it quickly won the popularity of the majority of users.

This professional waste foam compression processing recycling equipment was originally designed for safety and efficiency. The compressed foam blocks are tight and clean and sell at a high price. eps densifier can also be customized for different customers with different solutions. It is equipped with automatic cutter, cooling system, exhaust unit and automatic conveyor belt, which greatly reduces labor cost. The efficiency of foam waste recycling can be submitted while increasing the capacity.

Foam Products Corporation (FPC) is a leading manufacturer and distributor of commercial and industrial foam insulation and packaging products, including cushioning packaging, commercial refrigeration and heating equipment insulation, and building construction, located in Missouri, USA. It manufactures commercial and industrial foam insulation and packaging products, including cushioning packaging, commercial refrigeration and heating equipment insulation, and building construction. Its primary raw materials are various foams such as PE, EPE, EPS, PU and PVC foams.

In June 2020, because the company's existing EPE foam scrap became more and more, the general manager of FPC approached Intco to find a suitable recycling solution for their EPE foam scrap. After understanding FPC's needs, Intco's engineer team made customized EPS densifier improvements for the customer's material specificity, such as double crushing and enlarging the motor, enlarging the downcomer, increasing the mixing device and increasing the heating power. Finally GREENMAX perfectly helped FPC to solve the problem of difficult to handle existing materials.

In March 2021, after using the customized EPS densifier for a period of time, FPC reported that the machine worked well and solved the problem of shredding and hot melting of EPE foam perfectly. Based on this, the storage space in the warehouse was eventually saved greatly, while avoiding safety hazards and improving the efficiency of the warehouse operation, which achieved their initial purpose of recycling waste foam.

The above is a very typical case of EPS densifier .EPS compactor is also used a lot as another kind of recycling machine. As one of the first compressors for processing foam in China, the cold press of INTCO Environmental Protection first crushes the foam, and then compresses and forms the foam by physical extrusion of the screw, which can reduce the volume of foam and transportation cost on the one hand, and on the other hand, can provide higher density material for the later crushing and material making to enhance the efficiency of material making.

One on the shore, one in the water, both parties are doing their best to protect water resources. GREENMAX EPS recycling machines--- the guardian of the water.

[fortuneemirates]

Are you in search for the best polyurethane chemical supplier in UAE, the Middle East or Africa?

Then get in touch with Fortune Emirates, the leading industrial chemical suppliers in UAE. High-quality chemicals are supplied in accordance to the customer requirements. Get your best quote now.

[aliworldtrade]

Dongguan Yunjie Adhesive Co., Ltd.

86-769-82817455 13827277447

2408, Building 6, Dongcheng Wanda, Dongguan, Guangdong, China

YUN JIE is the factory who focus on the re-bonded foam making, supporting all the raw material such as the PU adhevise which we call the re-bond glue, and the scrap foam; these are the two important raw material to produce the re-bond foam sheet, we focus on the enviromental business, to help the world save energe, we change the waste to be the useful materials!With the strong experience and the trust by our customers, we have developed one professional team who focuses on R&D in order to support the best suitable products for every kind of customers.Our products include:Rebond glueFoam glueFoam making chemicalsScrap foamRecycled foamSponge foamPolyurethane foamPU foamFoam mattressRebond foamAdhesive SealantsCompressed foamhigh density foamA grade foamBra foamcarpet underlayRebonded spongeChemically Crosslinked Pe FoamWaste Foam ScrapPu Scrap FoamPolyurethane Foam RecyclingPolyurethane glueIsocyanateWaste plasticSponge foam scrapIron table foamAdhesive for rebond foam makingPolyurethane adhesivewaste plasticslatex for foam binderfoam binderadhesive for re-bond foamfoam scrap wastescrap foam for DubaiUSA carpet underlay marketinglatex glue for furniturefoam flooringhard foam mattressmattress foam recyclingwe have a very professional team, who can support the best technical support after sales, we can cooperate with the customers to while producing, help customer do every cost saving!YUNJIE has 3 part of the business, and owns 2 facotries, one is located in Zhejiang, the majoy factory for producing the polyurethane glue, rebonded glue, adhesive for re-bond foam, latex for bonding foam with skin and fabric, spry glue for foam binder, we have around 50worker in this factory, more than 1000m2 pant, we supply the most facotries in China and 30% for oversea customers, the glue is enviromental with the certificate by GSG, UL and so on.,the other part of our business is the foam producing, the factory located in Dongguan, where has the biggest stock of the foam scrap, we have round and square machine for producing with different type of foam, and many cutting machines too, can cut the foam according to the customer requirments, we also have the production line for producing with the carpet underlay, we have 1.37m and 1.83 meter width lamination machine and the round cutting machine, can produce differnt size per customer request! we also cooperate with many furniture foam factories, and fresh foam factories, who can support us with enough stock of the PU foam scap, we have a wareshouse to stock the foam scrap and have 3 machines do the compressing, each bale of the foam has the weight and QA labled on the surface of the foam, which to make sure of the foam with 100% dry and clean, customer can trus us on the best quality foam with the cheapest cost, since we always do the honest business with customers!Please do believe with us your money is safe, your business is safe, as we never crook any of our clients before, we hope fully we become yours trustworthy organization for your re-bond foam business in China, please kindly check the black list for Chinese company on the internet you will see that it is not contain our name as we always honest dealer and one of the GOLDEN SUPPLIER on ALIBABA FOR MANY YEARS.

[detwotradinginc]

Polyurethane foam (PU foam) is actually a multipurpose material. Its open and elastic cell assemblies make it very impervious to corrosion and aging, particularly if associated with rubber or latex foams. In this article, we will discuss some basic things about PU foam that you should know.

[denisewashingtonblog]

What are the Applications of Polyurethane Foam Scrap?

PU foam (Polyurethane) is generally formed by responding a polyol with a diisocyanate or a polymeric isocyanate in the occurrence of appropriate substances and additives. Meanwhi,le a diversity of di-isocyanates and a spectrum of polyols can be used to yield polyurethane, there are several materials that can be formed to meet the requirements of exact applications. In this article, we will discuss applications of PU. Read more - https://bit.ly/3LahlkL