SABO™ S51 - Wuhu SABO New Material Technology Co., Ltd

You are here: Home > Products > Sheet Specifications >

SABO™ S51

Extreme temperature resistance, ultra-high rigidity, low linear thermal expansion

Super Engineering Plastic S51 features extreme temperature resistance, ultra-high rigidity, low thermal expansion, insulation, wear resistance, and radiation resistance as its core properties. It is an excellent heat-resistant material for high-end semiconductor, aerospace, and high-temperature industrial applications, serving as a superior alternative to metals, ceramics, and conventional engineering plastics.

138 6712 5881

Downloads

Key Features

High temperature resistance up to 450 °C

Cold resistance down to -190 °C

Excellent electrical insulation and low dielectric properties

Easy to process, ideal for precision micro-hole machining

Superior mechanical properties and strength

Excellent dimensional stability

High flame retardancy, excellent radiation resistance, and UV resistance

Strong chemical resistance

Applications

Semiconductor

We provide high-purity, antistatic, and acid/alkali-resistant engineering plastics for precision components such as wafer carriers, packaging and testing equipment, and cleanroom accessories.

Aerospace

We specialize in lightweight, high-temperature-resistant, flame-retardant, and weather-resistant materials for applications such as cabin interiors, structural components, insulation parts, and precision aviation assemblies.

Automotive Manufacturing

We focus on lightweight, insulating, flame-retardant, and chemical-resistant materials for new energy vehicle battery, motor, and electronic control systems (three-electric systems), connectors, interior and exterior trim, and structural functional components.

Medical Devices

We utilize biocompatible, sterilizable, and hydrolysis-resistant medical-grade materials for diagnostic equipment, surgical instruments, and sterile structural components.

Energy Sector

We provide weather-resistant, insulating, corrosion-resistant, and high/low-temperature-resistant materials and structural components for photovoltaic, wind power, and energy storage applications.

Industrial Sector

We supply high-rigidity, wear-resistant, and self-lubricating materials for general components such as automation equipment, gears and bearings, pumps and valves, and fixtures and jigs.

Performance Parameters

	Test Item	Test Method	Test Conditions	Unit	SABO™ S51
Mechanical Properties	Tensile Strength	ISO 527	23℃	MPa	139
	Tensile Strain at Break	ISO 527	23℃	%	3.8
	Flexural Strength	ISO 178	23℃	MPa	190
	Flexural Modulus	ISO 178	23℃	MPa	5,020
Thermal Properties	Coefficient of Thermal Expansion	ISO11359	200℃~300℃	10⁻⁶*K⁻¹	40
Thermal Properties	Heat Deflection Temperature	ISO 75-2	1.8 MPa	℃	425
Electrical Properties	Dielectric Constant	ASTM D150-18	23℃	-	3.13
	Dielectric Dissipation Factor	ASTM D150-18	23℃ , 1MHz	-	0.003
	Surface Resistivity	ASTM D-257	23℃	Ω/sq	> 10¹³
	Volume Resistivity	ASTM D-257	23℃	Ω·M	> 10¹³
Physical Properties	Density	ISO 1183	23℃ , 4℃ H2O	-	1.42
Physical Properties	Water Absorption	ASTM D570-22	23℃ , 24 h	%	0.06

*The values shown are typical values and are not guaranteed.

S51	Thickness (mm)	Width (mm)	Length (mm)
Sheet	10, 20, 30, 50	150	150
	10, 20, 30, 50	200	200
	10, 20, 30, 50	260	260