At Meishuo, we specialize in offering IXPE foam, a high-performance foam material cross-linked using electron beam technology. This innovative foam is created by heating and foaming polyethylene to 5 to 40 times its original volume, resulting in a product with exceptional characteristics. IXPE foam boasts a nearly 100% closed cell structure, making it lightweight, versatile, and suitable for a wide range of applications across industries like automotive manufacturing, construction, insulation, packaging, sports equipment, medical supplies, and more. Versatility of IXPE Foam Applications The unique properties of Meishuo’s closed cell polyethylene foam, also known as IXPE foam, make it an ideal choice for diverse applications. Due to its closed cell structure, IXPE foam offers excellent heat insulation, waterproofing, and moisture-proof capabilities, making it suitable for use in automotive interior materials, building base materials, air-conditioning insulation, pipeline materials, and various other sectors. Whether you need foam for packaging, insulation, sports equipment, or

With a foaming multiple of 5–30 times and varying width and thickness options, our IXPP FOAM MSP25 offers exceptional versatility and performance. This irradiated cross-linked polypropylene foam product is a polymer foam material made of polypropylene resin and fillers, delivering thermal stability up to 120°C, dimensional stability at high temperatures, and outstanding mechanical properties such as toughness, tensile strength, and impact strength. At Meishuo, we provide high-quality PP foam solutions that excel in various industries, including automobile interior decoration, building materials, and packaging materials. Understanding the Features of IXPP Foam Meishuo‘s IXPP FOAM MSP25 is a new type of polymer foam material known for its exceptional properties and versatile applications. The acronym “IXPP” stands for irradiated cross-linked polypropylene foam, highlighting its unique composition and structure. This foam material offers excellent thermal stability, dimensional stability at high temperatures, and impressive mechanical properties, making it ideal for demanding applications. With a soft surface,

Hello, and welcome to Meishuo, your trusted destination for premium lightweight foam solutions. Our expertise extends to Conductive ESD FOAM MSCD 25, a cutting-edge foam material with specialized characteristics tailored to meet the diverse needs of electronic products. Featuring surface resistance values ranging from 10^3 to 10^5 for Conductive foam and 10^3 to 10^10 for Anti-static foam, our Conductive ESD FOAM MSCD 25 offers automatic charge release capabilities, making it ideal for high electrostatic sensitive electronic devices. At Meishuo, we understand the nuances of foam materials and their applications, ensuring that our products provide optimal protection and performance for your electronic components. Exploring the Benefits of Lightweight Foam Materials Meishuo’s range of lightweight foam materials offers a multitude of benefits for various industries and applications. Lightweight foam provides exceptional cushioning and shock absorption properties, making it an ideal choice for protecting fragile electronic components during handling, transportation, and storage. Additionally, the

Specializing in Anti-Static Foam for display spacing lining, our range includes anti-static PE foam Electronic packaging materials that meet the stringent requirements of the electronic packaging industry. Specifically, our PE foam features surface resistivity ranging from 10^3 to 10^11 Ω, making it ideal for protecting electronic components during transportation and storage. With Meishuo’s ESD IXPE foam, you can trust that your electronic products are safeguarded against ESD damage, ensuring safety and integrity. Advanced Anti-Static Foam for Electronic Packaging At Meishuo, we understand the critical importance of protecting electronic components from static damage during handling, transportation, and storage. Our Anti-Static Foam, including specialized PE foam materials, provides reliable electrostatic protection by maintaining surface resistivity levels between 10^3 to 10^11 Ω. This ensures that sensitive electronic products are shielded from the harmful effects of electrostatic discharge, preserving their functionality and performance.   ESD IXPE Foam: Your Solution for ESD Protection When it

The ESD PE foam offered by Meishuo is a type of Anti-Static closed-cell polyethylene foam available in black color. It is eco-friendly, low density, and specifically tailored for the package industry. With variations such as anti-static PE foam and conductive PE foam, each with surface resistance or volume resistance specifications ranging from 10^6 to 10^9 Ω and 10^3 to 10^5Ω respectively, our foam offerings cater to diverse electric protective foam requirements. Whether you need foam rolls, foam sheets, foam inserts, foam blocks, or foam trays, Meishuo has the perfect antistatic foam solution for you. Understanding the Types of ESD PE Foam At Meishuo, we offer two main types of ESD PE foam – anti-static PE foam and conductive PE foam. The anti-static PE foam features surface resistance or volume resistance in the range of 10^6 to 10^9 Ω, providing effective protection against electrostatic discharge. On the other hand, the conductive PE foam

Our expertise lies in polyolefin foam materials, particularly the revolutionary IXPP FOAM MSP10. This high-performance foam features a polypropylene resin base, halogen-free and non-toxic gas properties, resistance to high temperatures up to 120 degrees, closed cell structure, cross-linking design, independent cells, resistance to various chemicals, smooth surface finish, and excellent mechanical properties. At Meishuo, we are driven by a passion for innovation and customer satisfaction, making us your trusted partner for all your foam needs. Revolutionary IXPP FOAM MSP10: Unmatched Features Meishuo takes pride in offering the innovative IXPP FOAM MSP10, a foam material that stands out for its exceptional features. With a polypropylene resin base and a halogen-free, non-toxic composition, this foam ensures safety and durability in various applications. Its resistance to high temperatures, closed cell structure, and cross-linking design make it ideal for demanding environments where performance is key. The independent cells, chemical resistance, smooth surface, and superior