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Abrasion and impact resistance
The outer layer is made of wear-resistant rubber, which can effectively resist mechanical impact and external friction, prolong the duration, and is especially suitable for occasions where the gap moves or is triggered by induction.
Through testing, the wear resistance coefficient of high-quality rubber cables can reach more than 70 MPa (depending on the formula), can resist elastic coefficient and physical impact, and is suitable for mechanical equipment with moving gaps.
Resistant to chemical corrosion
After treatment, the rubber material can resist corrosion to common chemicals such as acids, alkalis, oils, and seawater for more than 5 years (the specific corrosion resistance depends on the use environment and chemical concentration), and is widely used in ports, mining, chemical industry and other fields.
Endurance
Cable rubber usually withstands low voltages of 450/750V and below, and is also designed to withstand high voltages of 1kV and above, suitable for industrial and household applications.
High flexibility
Rubber cables are made of soft rubber materials with a unique bending radius, which can be flexibly wired in small spaces or complex environments and is not easy to break.
High temperature and cold resistance
Rubber materials have reliable temperature resistance, can work stably in extremely high and low temperature environments, and are suitable for a variety of climatic conditions.
High temperature resistance
Working temperature: The working temperature of standard rubber cables can reach -40°C to 90°C; for high temperature cables using special silicone rubber, the temperature resistance can reach more than 180°C, and can even withstand 200°C for a short time.
Extreme temperature: The rubber part of the rubber cable uses chloroprene rubber, which can withstand a temperature of 200°C without deformation or melting.
Cold resistance
Rubber can still maintain its softness and conductivity in an environment as low as -40°C, and is suitable for power transmission in extremely cold conditions.
Good oil resistance and chemical corrosion resistance
Rubber cables have good resistance to chemicals such as oils, acids and alkalis, and are suitable for industrial chemical environments.
Safety and environmental protection
The marking of toxic substances is harmless to the human body and the environment, meets environmental protection requirements, and is suitable for occasions requiring high safety.
Abrasion and impact resistance
The outer layer is made of wear-resistant rubber, which can effectively resist mechanical impact and external friction, prolong the duration, and is especially suitable for occasions where the gap moves or is triggered by induction.
Through testing, the wear resistance coefficient of high-quality rubber cables can reach more than 70 MPa (depending on the formula), can resist elastic coefficient and physical impact, and is suitable for mechanical equipment with moving gaps.
Resistant to chemical corrosion
After treatment, the rubber material can resist corrosion to common chemicals such as acids, alkalis, oils, and seawater for more than 5 years (the specific corrosion resistance depends on the use environment and chemical concentration), and is widely used in ports, mining, chemical industry and other fields.
Endurance
Cable rubber usually withstands low voltages of 450/750V and below, and is also designed to withstand high voltages of 1kV and above, suitable for industrial and household applications.
High flexibility
Rubber cables are made of soft rubber materials with a unique bending radius, which can be flexibly wired in small spaces or complex environments and is not easy to break.
High temperature and cold resistance
Rubber materials have reliable temperature resistance, can work stably in extremely high and low temperature environments, and are suitable for a variety of climatic conditions.
High temperature resistance
Working temperature: The working temperature of standard rubber cables can reach -40°C to 90°C; for high temperature cables using special silicone rubber, the temperature resistance can reach more than 180°C, and can even withstand 200°C for a short time.
Extreme temperature: The rubber part of the rubber cable uses chloroprene rubber, which can withstand a temperature of 200°C without deformation or melting.
Cold resistance
Rubber can still maintain its softness and conductivity in an environment as low as -40°C, and is suitable for power transmission in extremely cold conditions.
Good oil resistance and chemical corrosion resistance
Rubber cables have good resistance to chemicals such as oils, acids and alkalis, and are suitable for industrial chemical environments.
Safety and environmental protection
The marking of toxic substances is harmless to the human body and the environment, meets environmental protection requirements, and is suitable for occasions requiring high safety.
