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?????? ???????????????? ???????????????????? offers a wide range of polyurethane grades, specifically designed for various applications. In this series, we'll explore the different types of polyurethane grades, starting with TDI-based systems combined with polyethers. TDI, or toluene diisocyanate, is a key component in polyurethane production, known for its versatility and performance in elastomeric applications. When combined with polyethers, these systems can offer exceptional resilience, flexibility, and durability, making them ideal for a wide range of industries, including automotive, construction, and industrial manufacturing. Part 1 will delve into the characteristics, advantages, and applications of TDI/polyether-based polyurethane grades, providing insights into their diverse capabilities and potential uses. Of course, there's more so if you want to delve further into the world of Era Polymers Elastomers and the Erapol grades then ??????'?? ???????? Tel: +612 9666 3788 www.erapol.com.au #elastomers #tdi #polyethers #manufacturing #flexibility #abrasionresistance

?????? ???????????????? ???????????????????? offers a wide range of polyurethane grades, specifically designed for various applications. In this series, we'll explore the different types of polyurethane grades, starting with TDI-based systems combined with polyethers. TDI, or toluene diisocyanate, is a key component in polyurethane production, known for its versatility and performance in elastomeric applications. When combined with polyethers, these systems can offer exceptional resilience, flexibility, and durability, making them ideal for a wide range of industries, including automotive, construction, and industrial manufacturing. Part 1 will delve into the characteristics, advantages, and applications of TDI/polyether-based polyurethane grades, providing insights into their diverse capabilities and potential uses. Of course, there's more so if you want to delve further into the world of Era Polymers Elastomers and the Erapol grades then ??????'?? ???????? Tel: +612 9666 3788 www.erapol.com.au #elastomers #tdi #polyethers #manufacturing #flexibility #abrasionresistance

When it comes to material versatility, polyurethane has emerged as the decisive victor over metals and plastics of all kinds. From flexible shock absorbers to rigid protective liners, there’s no other material that can match the uses of urethane. With such a broad range of potential properties, the applications of urethane products are close to limitless. In fact, there are some specialty urethane formulations suited for applications that you may have never considered before. Follow along in our latest blog as we list out our top 5 specialty applications for polyurethane products- all of which we can produce here at PSI Urethanes. Get the full story here: https://hubs.la/Q02xp1q60 #polyurethane #polyurethanes #urethane #urethanes #engineering #manufacturing #chemical #chemicalengineering #manufacturingengineering #OEM

What are the top 5 specialty applications for polyurethane products? Check out the full article below to find out. #engineering #packaging #metalforming #automotive #automotiveindustry #diecutting #oem #oems #processautomation #manufacturingindustry #rubberindustry #oilandgas #oilandgasindustry #transportation #industrial #cnc #mining #agriculture #robotics #roboticsengineering

Why choose millable polyurethanes over castable ones? Here's why: ?? Process with standard rubber equipment - no need for casting machinery ?? Enjoy compounding flexibility, allowing blending with other grades and polymers for customizable properties ?? Benefit from superior physical properties at lower hardness levels (<70 Shore A), along with higher COF and a more 'rubber-like' feel ?? Experience shorter cure cycles with no post-curing required when curing in presses ?? Utilize millable compounds for extrusion processes Choose millable polyurethanes for enhanced performance! #MillablePolyurethanes #TSEIndustries #Manufacturing #Polymer #Innovation #Technology

Polypropylene (PP) is an easy choice for most injection moulded products. Picking the right grade however, isn’t always straight forward. Should you use Homopolymer, Random Copolymer, or Block Copolymer? Here is our brief guide to minimise your production costs, whilst maximising quality and sustainability. 1?? Homopolymer PP is tough and heat-resistant. It’s ideal for products like storage boxes and bottle caps where strength and durability matter. It’s also cost-effective for high-volume runs needing rigidity. 2?? Random Copolymer PP is more flexible and clear. This makes it ideal for food packaging and pharmaceutical containers where a balance of flexibility and transparency is needed. 3?? Block Copolymer PP provides superior impact resistance, even in cold conditions. It’s a reliable choice for automotive parts and other high-impact applications. Our injection moulding simulation solutions, CADMOULD and VARIMOS are built to help your team to make data-driven choices. Automated simulations for each of these materials, along with hundreds of other polymers, can help them to reach the optimal mould design in less time, with less wasted material. #Procurement #Plastics #Polypropylene #SIMCON #VARIMOS #CADMOULD

????????-???? ?????????????????????? ????-?????????? ??Plastics are very sensitive to UV degradation, therefore they must be protected when exposed to solar radiation.? ????Dai A offers a wide range of UV stabilized masterbatches. These cover agricultural, industrial and food packaging applications, polymers such as PE, PP, EVA and range from standard grades to high performance stabilizer packages based on the latest generation of HALS. ?? IM-UV783 provides excellent UV resistance to polyolefins ?? The active ingredient includes HALS which provides the most effective light stabilization at low dosages ?? It does not affect the sealability ?? IM-UV783 can be used in all types of polyolefins – mainly in thin applications, such as films and tapes ?? It is especially recommended for applications requiring low volatility and minimal migration ?? The color stability is more than 24 months and depends on the quality of the color pigment of the part ----------------- ?????? ?? ???????????????? ?????? ?? Website: https://daiaplastic.com/en ? What’sApp: +84 936 123 984 ?? Email: [email protected] #anti_uv #masterbatch #plastic #pp #pe #ps #eva #film

In order to achieve a high product quality, additives are added to the raw materials, which cause a change or improvement of the product properties. This rise of #additives using put need for extruders to have more efficient #mixing effect to achive desired output #melt #quality. This article from Extrusion-Taining discuss briefly on the different screw #mixers used for this purpose: https://lnkd.in/eqDe-WTs #plasticindustry #extrusion #technology #productivity #engineering

Monomeric MDI, exemplified by COSMONATE PH, is a crucial chemical compound with diverse applications. In its purified form, COSMONATE PH exists as white crystals at room temperature and transforms into a clear, colorless liquid when melted. Comprising three isomers, each with two reactive iso cyanate groups, Monomeric MDI demonstrates strong resistance to discoloration, serving as a stabilizer against high temperatures and UV light. Its applications span polyurethane production, adhesive formulations, coatings, sealants, automotive manufacturing, and construction. The compound's reactivity and stability make it a versatile and indispensable component in various industrial processes, contributing to the creation of durable and resilient materials. https://www.kmci.co.kr #Kumhomitsui?#chemical?#technology?#highquality?#global?#industrial?#koreachemicals?#MDI?#polymeric?#monomeric?#modified

Inside the Mold: Creating Polyurethane Products ?? Let's dive deeper into the heart of our manufacturing process. Here's how we transform raw materials into high-quality polyurethane products: 6. PU Production: We craft one of 500 unique polyurethane formulations, tailored to meet specific requirements. This reaction mixture, comprising polyol, diisocyanate, and chain extender components—sometimes enhanced with additives or fillers—forms a homogeneous liquid, processed at high temperatures. 7. Cast: The liquid polyurethane mixture is then carefully poured into the mold. Through a polymerization reaction, the mixture transforms into a polyurethane elastomer. This process begins with an increase in viscosity, eventually reaching a solid state, creating a robust and durable product. Stay connected for more insights into our detailed production process! #PU #Polyurethane #Process #Cast #Manufacturing #LUCGroup