GWELL EVA/POE solar film production line shares more than 75% world market
CHINA GWELL is a leading manufacturer of EVA/POE solar film production line, boasting a market share exceeding 75% in both China and the global market. Our advanced technology and reliable performance have made us a preferred choice for numerous high-profile projects worldwide.Notable Case Studies:
•Turkey: One of our most prominent clients is Dr. Hans Werner Chemikalien, a renowned company in the chemical and materials sector. Our collaboration has set new standards in the industry.
•India: As a rapidly emerging leader in the photovoltaic sector, India hosts a multitude of our successful client cases, including Alishan, Navitas, Filmtech, RenewSys, Vikram, KNACK, Sunlink, ECAP, Warree, and Sheetsol. We are currently in business negotiations with Reliance, one of India's leading enterprises, further solidifying our position in this dynamic market.
Innovative Technology:The EVA/POE solar film production line from CHINA GWELL features a unique design with water-cooled barrel screws, effectively addressing cross-linking issues in EVA/POE formulations. This innovative solution significantly enhances production speed and capacity, with a single unit capable of meeting annual installation capacity requirements of over 1GW.Technological Advancements:We are committed to continuous innovation and have successfully upgraded our single-screw extruders to twin-screw extruders. This upgrade has yielded remarkable results:
•Increased Production Efficiency: Based on actual data, the new design has boosted production output by 40%.
•Energy Savings: The energy consumption has been reduced by 50%, consuming only 150 kWh per unit of production.
•Conclusion:CHINA GWELL's EVA/POE solar film production line stands out in the market due to its superior performance, innovative design, and significant energy savings. Our ongoing commitment to technological advancement ensures that we remain at the forefront of the industry, meeting the growing demands of the global photovoltaic market.Feel free to let me know if you need any further adjustments or additional information!
CHINA GWELL TPU car clothing casting film extrusion line
CHINA GWELL
TPU Car Clothing Film Casting Production Line
The installation of the new equipment is completed and enters the debugging phase.
The environmental performance of PVC is not as high as that of TPU, and it has a strong odor when burned. Even if buried underground for 20 years, it cannot automatically decompose. TPU is environmentally friendly and non-toxic. It can reach food grade without adding any impurities. TPU can decompose automatically over time and can replace PVC. TPU can also be printed, hot pressed, and infrared bonded
TPU for shoe materials:
Shoe material TPU is a TPU raw material used to make shoe materials. The hardness of TPU raw materials required for different parts of shoe materials is often different due to their different hardness. Generally speaking, several commonly used TPU raw materials are used for the air cushion, outsole, and upper of shoe materials. As for the type of TPU material used, it depends on the specific requirements of the shoe material manufacturer.
In terms of shoe materials, the current models of TPU are:
High hardness: S364D (polyester, hardness: 65D, high transparency, UV stability, FDA S375D TT1072D HS85D)
General hardness: S392 (polyester, 93A, high transparency, UV stability, FDA approved)
Specially soft: 5714 (polyether, 80A, G0020 (polyester, 78A, white, opaque) X1007 (74A, semi transparent, polyether), etc.
Non toxic, TPU material can be reused, and it can decompose on its own over a certain period of time without causing environmental pollution. It is called an environmentally friendly material.
The name TPU (Thermoplastic polyurethanes) is thermoplastic polyurethane elastomer rubber. It is mainly divided into polyester and polyether types. It has a wide range of hardness (60HA-85HD), is wear-resistant, oil resistant, transparent, and has good elasticity. It is widely used in daily necessities, sports goods, toys, decorative materials, and other fields. Halogen-free flame retardant TPU can also replace soft PVC to meet the environmental requirements of more and more fields.
The so-called elastomer refers to polymer materials with a glass transition temperature lower than room temperature, a fracture elongation greater than 50%, and good recovery after external force removal. Polyurethane elastomers are a special category of elastomers, with a wide range of hardness and performance. Therefore, polyurethane elastomers are a type of polymer material that falls between rubber and plastic.
It can be heated and plasticized, with little or no cross-linking in its chemical structure. Its molecules are basically linear, but there is a certain degree of physical cross-linking. This type of polyurethane is called TPU.
characteristic
The main characteristics of TPU are:
Wide range of hardness: By changing the ratio of TPU reaction components, products with different hardness can be obtained, and as the hardness increases, the products still maintain good elasticity and wear resistance.
High mechanical strength: TPU products have outstanding load-bearing capacity, impact resistance, and shock absorption performance.
Outstanding cold resistance: TPU has a relatively low glass transition temperature and maintains good elasticity, flexibility, and other physical properties even at minus 35 degrees Celsius.
Good processing performance: TPU can be processed using common thermoplastic material processing methods, such as injection molding, extrusion, rolling, etc. Meanwhile, TPU can be processed together with certain polymer materials to obtain polymer alloys with complementary properties.
Oil resistant, water resistant, and mold resistant. Good recyclability.
TPU, as an elastomer, is a material that lies between rubber and plastic. This is evident from its rigidity, which can be measured by its elastic modulus. The elastic modulus of rubber is usually between 1-10Mpa, TPU is between 10-1000Mpa, and plastics (nylon, ABS, PC, POM) are between 1000-10000Mpa. The hardness range of TPU is quite wide, ranging from Shore A 60 to Shore D 80, and it has high elasticity throughout the entire hardness range; TPU has flexibility over a wide temperature range of -40~120 ℃, without the need for plasticizers; TPU has good resistance to oils (mineral oils, animal and vegetable fats, and lubricants) and many solvents; TPU also has good weather resistance and excellent resistance to high-energy radiation. The well-known wear resistance, tear resistance, and flexural strength are all excellent; High tensile strength, high elongation, and low long-term compression permanent deformation rate are significant advantages of TPU.