Oxidation-Resistant Release Paper

Oxidation-Resistant Release Paper Description

Oxidation-Resistant Release Paper Description: Oxidation-Resistant Release Paper is engineered from high-stability materials that maintain their structure and release performance even under prolonged exposure to high temperatures and oxidative environments. It helps prevent adhesion during thermal processing, ensuring clean separation in sintering, alloy casting, and composite molding.

Oxidation-Resistant Release Paper Specifications

Test Item	Unit	Standard Value	Measured Value
Basis Weight	g/m²	290±20	289
Thickness	mm	0.35±0.03	0.34
Tensile Strength	KN/m	≥0.2	0.3
Breakdown Strength	kV/mm	≥10	16
Volume Resistivity	Ω·m	≥4×10⁸	5.1×10⁹
Moisture Content	%	≤1	0.6
Combustible Content	%	≤3	2.5
Minimum Bending Radius	mm	/	20
Thermal Conductivity	W/m·K	Measured	0.553

Oxidation-Resistant Release Paper Applications

• High-Temperature Sintering: Provides a clean, non-stick layer for ceramic, metal, and powder sintering processes.
• Metal Casting: Prevents adhesion during alloy casting, ensuring smooth release and reducing cleanup time.
• Composite Manufacturing: Acts as a stable release layer in composite molding under oxidative and high-heat conditions.
• Thermal Processing Equipment: Used as a protective barrier in furnaces, heating systems, and other high-temperature tools.
• Advanced Material Research: Supports laboratory-level thermal experiments that require reliable, oxidation-resistant release performance.