CSA FT1 Approved Thermoplastic Compound PVC Hi-90 Sheath Material

• Customization: Available
• Carrier: PVC
• Certification: ISO
• Model NO.: HI-90
• Applications: Industrial Wiring Commercial & Infrastructure
• MOQ: 1ton
• Delivery Time: 10days
• Key Features: Temperature Resistance
• Specification: Carton
• Trademark: Baoxing
• Origin: Jiangsu, China

Product Description

Product Description

PVC HI-90 (Heat-Resistant 90°C) sheathing is a specialized thermoplastic compound designed for electrical cables requiring enhanced thermal stability. It retains the flexibility and ease of processing of standard PVC while offering superior performance in high-temperature environments.  

Key Features:
1. Temperature Resistance:
Continuous operating temperature: 90°C (up to 105°C for short-term exposure).  
Improved heat deformation resistance compared to standard PVC 70°C.  
2. Enhanced Thermal Aging Resistance:
Formulated with stabilizers to resist degradation under prolonged heat exposure.  
3. Electrical Insulation:
Maintains stable dielectric properties at elevated temperatures.  
4. Mechanical Durability:
Good abrasion, cut-through, and impact resistance.  
Retains flexibility in cold conditions (typically down to -20°C).  
5. Chemical & Environmental Resistance:
Resistant to oils, acids, alkalis, and moisture.  
Optional UV stabilization for outdoor applications.  
6. Flame Retardancy:
Complies with IEC 60332, UL 1581, and other flame-retardant standards.  
7. Standards Compliance:
Meets UL 83 (Type THWN-2), CSA FT1, IEC 60227, and BS 6004.  

Applications of PVC HI-90 Sheathing
1. Industrial Wiring:
Machinery, motors, and control panels in high-temperature environments.  
Factory automation and process control systems.  
2. Power Distribution:
Building wiring in areas with elevated ambient temperatures.  
Feeder cables in power plants and substations.  
3. Renewable Energy Systems:
Solar power cables (PV systems).  
Wind turbine internal wiring.  
4. Appliances & HVAC:
Heating equipment, boilers, and air-handling units.  
Ovens, dryers, and other heat-producing appliances.  
5. Automotive & Transportation:  
Internal wiring in vehicles (non-critical high-temp zones).  
Railway signaling and auxiliary power cables.  
6. Commercial & Infrastructure:
Underground conduits (where moisture and heat resistance are needed).  
Lighting circuits in high-temperature zones.  

Advantages of PVC HI-90:
Higher heat resistance than standard PVC without sacrificing flexibility.  
Cost-effective compared to cross-linked (XLPE) or silicone alternatives.  
Wide industry acceptance with compliance to major standards.  

Limitations:
Requires UV stabilization for long-term outdoor exposure.  

Comparison with Other Sheathing Materials

Property	PVC HI-90	Standard PVC 70°C	XLPE	LSZH
Max. Temp. (°C)	90-105	70	90-125	70-90
Flexibility	High	High	High	High
Flame Retardancy	Good	Moderate	Excellent	Excellent
Cost	High	High	High	High
Environmental Resistance	Good	High	Excellent	Good

Would you like details on testing standards or alternative materials** for higher temperatures?

PVC HI-90 protective layer plastic particles
	Test project					unit		performance index		standard
1	tensile strength					MPa		≥16		GB/T1040.3-2006
2	elongation at break					%		≥180		GB/T2951.12-2008
	Impact brittleness  Chemical experiment		test temperature			ºC		-20
3			Impact brittleness performance			------		15/30		GB/T5470-2008
4	200 ºC thermal stability time					min		≥80		GB/T8815-2008
6	hardness					Shore A		83±2		GB/T2411-2008
7	density					g/cm3		≤1.4		GB/T1033.1-2008
8	Oxygen Index					%		/		GB/T2406.2-2009
9	Hot deformation at 120 ºC/1h					%		/		GB/T8815-2008
10	Thermal shock at 150 ºC/1H					/		/		GB/T5023.1-2008
11	dielectric strength					MV/m		≥18		GB/T1408-2016
12	Volume resistivity at 20 ºC					Ω·m		≥1.0*1012		GB/T1410-2006
	test temperature					ºC		100±2		GB/T8815-2008
	Test time					h		240		GB/T8815-2008
	Tensile strength after aging					MPa		≥16		GB/T8815-2008
	Maximum rate of change in tensile strength					%		±20		GB/T8815-2008
	Elongation at break after aging					%		≥180		GB/T8815-2008
	Max change of elongation at break					%		±20		GB/T8815-2008
	Quality loss due to thermal aging			Experimental conditions		------		/		GB/T8815-2008
13				Mass loss		g/cm2		≤15		GB/T2951.31-2008
14	environmental requirements							According to customer requirements

Main Products

Application Scenario

Company Profile

Jingjiang Baoxing Plastic Manufacturing Co., Ltd. is a professional company that produces cable compounds such as PVC and LSZH. Established for 23 years, it is a company that integrates research and development, manufacturing, and sales. We have an annual production capacity of over 30000 tons and have long-term partnerships with many well-known large cable companies. We have a professional team to provide you with one-stop service for cable compounds.

Certifications

Packaging & Shipping