HDPE is one of the major thermoplastics and is a widely used type of polyethylene (PE). Its resins include ethylene homopolymers as well as copolymers of ethylene and alpha-olefin monomers such as 1-butene, 1-hexene and 1-octene.
HDPE has higher crystallinity compared to LDPE and LLDPE which results in higher mechanical properties such as stiffness, modulus and tensile strength, higher temperature resistance, improved barrier properties as well as improved chemical resistance to a variety of solvents and chemicals.
HDPE properties can be adjusted by controlling the molecular weight, molecular weight distribution, degree and type of short chain branching and amount of long chain branching to design resins with optimum performance for different end-use applications.
Applications: HDPE is used worldwide in a very large variety of applications such as rigid containers, toys, film products, sheet products, injection-molded articles, pressure and non-pressure pipes, geomembranes, automotive parts, and fuel tanks.
LDPE is a polymer made from the monomer ethylene. It is transparent, robust and at the same time relatively fexible. LDPE has excellent resistance to water, moisture and various organic solvents and chemicals.
LDPE products meet high-quality performance and consistency and complies with most of the standards for the protection of human health and the environment.
LDPE is not suited for applications where stiffness, high temperature resistance and structural strength are required.
Applications: Production of industrial and consumer flms such as packaging films, agricultural film, extrusion coating, lamination film, high clarity film, injection molding, foamed and other products.
LLDPE is one of the major thermoplastics. It is a polyethylene with good impact and puncture resistance, good fexibility and high elongation under stress. The main application for LLDPE is films and sheets and is also used in injection-moulding, wire, and cables.
LLDPE grades are butene-based, and its resins are produced through butene's copolymerization. LLDPE resins can improve mechanical and welding effciencies, including products for heavy duty bags, produce bags and agricultural bags.
Examples of applications are bags, packaging film, agricultural fillm, stretch film, cling-film and lamination films. In packaging applications, it offers good aesthetics, printability, strength, and processing.
As a plastic raw material supplier based , we specialize in providing various grades of HDPE and LDPE. We take pride in being able to export these materials directly without any intermediaries involved. We welcome all real buyers who are interested in purchasing these high-quality plastic raw materials to contact us directly. We look forward to building mutually beneficial relationships with our clients and providing them with top-notch products and services.
Product name EPS White Gold B (WG 50 B, WG 100 B, WG 150 B and WG 200 B) without Flame Retardant
CAS No No assigned
ECN No Polymers are exempted
REACH Registration No Polymers are exempted
Classification (EC) No 1272/2008 (CLP) Not hazardous and not classified
It provides high energy savings and prevents air pollution by reducing emissions of carbon monoxide and other harmful gases
The reasons for preferring EPS include its high insulation values providing energy efficiency, its ease of shaping and application, its environmental friendliness, and its very low cost
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