IXPP FOAM MSP15 - MS FOAM

Polyolefin Foam – IXPP FOAM MSP15

IXPP-4

IXPP FOAM MSP20

Polypropylene foam is a type of polyolefin foam, which is also called ixpp foam. It is cross linked by electron beam radiation.

Tabelle der physikalischen Eigenschaften (TDS):

Produkt		Durch Bestrahlung vernetzter Polypropylenschaum
Zeiten		15B
PHYSIKALISCHE EIGENSCHAFTEN		TEST-METHODE	METRISCHE EINHEITEN
Dichte - Nominal		ISO 845：2006 GB/T 6343-2009	kg/m³	66±8
Größenbegrenzung	Dicke	Intern	mm	1～5
	Breite			≤1500
Zugfestigkeit	TD	ISO 1798：2008 GB/T 6344-2008	MPa	≥1.00
	MD			≥1.50
Dehnung beim Bruch	TD	ISO 1798：2008 GB/T 6344-2008	%	≥200
	MD			≥280
Reißfestigkeit	TD	QB/T 1130-91	KN/m	≥7.0
	MD			≥9.0
Dimension Stabilität (80℃,24h)	TD	ISO 2796：1986 GB/T 8811-2008	%	≤±2.0
	MD			≤±3.0
Wasserabsorption	unter 50% RH-Bedingungen	ISO 62：2008 GB/T 1034-2008	%	≤0.2

Anwendungsszenarien und Leistungsanforderungen:

A. New Energy Vehicle Battery Systems (e.g., power battery thermal insulation pads, cell diaphragms)

Key Performance Indicators: High-temperature resistance, flame retardancy, low thermal conductivity

B. Automotive Interiors (e.g., roof linings, air ducts, dashboards, door armrests)

Key Performance Indicators: Fatigue resistance, environmental friendliness

C. Medical Applications (e.g., sterile medical device trays, medical dressings)

Key Performance Indicator: Antimicrobial property

D. Packaging (e.g., inner linings for tea cans, fruit packaging, boxes, and instrument linings)

Key Performance Indicators: Shock resistance, water resistance

E. Construction (e.g., floating floor soundproofing and shock-absorbing pads)

Key Performance Indicators: Weather resistance, sound absorption, compression resistance, etc.