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

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SABO™ S51

Extreme temperature resistance, ultra-high rigidity, and 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

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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
	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	Outer Diameter (mm)	Length (mm)	Remarks
Rod	10~50	260	Custom
Rod	5~80	600	Custom