Rubber cables are widely used in industry. Different types of mechanical treatment equipment, transmission equipment, high power welding machines, etc. require the use of rubber cables. Why use rubber cables in industrial production ? This article addresses five aspects : the introduction of rubber cables, The advantages of rubber cables, The disadvantages of rubber cables, The way of choosing high quality rubber cables and rubber cables in industry.
Presentation of Cà Caoutchouc
First of all, We will present the main character of today, The rubber cable.
The rubber cable is a type cable with good insulation properties. It also has a certain degree of flexibility and wear resistance, and is widely used in various industries. This article mainly explains the application of the rubber cable in the industry.
The main structure of the rubber cable consists of a driver, insulation and sheath. Insulation and sheath generally use natural or synthetic rubber.
These include compounds such as butyle rubber, Ethylene-Propylene rubber, Styrene-fog rubber and silicone. These materials have good flexibility and strong mechanical resistance. They have good mechanical resistance in the face of high mechanical voltage or friction.
Comment Choisir of Cà Celacouc Hcar Quuality
Rubber cables have a wide range of applications in the industrial sector. The different types of rubber cables have their advantages. It is therefore important to choose several depending on the different application scenarios. Let's examine the different types of rubber cables.
Cable in Ceating at BASE of Ethylene-Propylene
The main material of ethylene-propylene rubber Ethylene-propylene is mainly copolymed from ethylene and propylene. It has excellent heat resistance and high dielectric resistance.
Moreover, Ethylene-Propylene rubber has excellent oil resistance, which makes it a material widely used in large mechanical equipment.
The ethylene-propylene rubber cable can withstand high and low temperatures, while being a good insulating material. As a sheath, It can also withstand external aggressions of the environment. It has excellent performance for outdoor equipment.
Cables in Celacouc Sicon
Silicone rubber cables have excellent resistance to high and low temperatures. They can operate stable at temperatures ranging from -60 ℃ to 200 ℃. It also presents the advantages of resistance to abrasion and aging.
Silicone rubber cables can be made more resistant to cuts by adding glass fibers in the production process. This largely compensates for the problems of mechanical resistance.
Moreover, The silicone rubber cable is a LSZH cable material. Silane is a good fireproof material. In case of fire, Polysiloxane produces a cracked carbon layer that can inhibit the speed of fire spread.
Cable in Caoutchouc Butyle
Butyl rubber is a rubber material made from Isoprene produced by the copolymerization of BUI and ISOBUTENE.
This material is prepared in such a way that the molecular structure of butyl rubber has a unique retication scheme, which gives it good elasticity and good resistance to abrasion to a certain extent.
Compared to other rubber materials, The mechanical resistance of butyl rubber is slightly insufficient.
Cables in Ceating in the industry
Industry Automobile
Ethylene-propylene rubber is commonly used in automotive joints, water stops, rubber pipes and other components, Because it presents excellent resistance to heat and oil and behaves well in high temperature environments such as the motor compartment of automobiles.
Good heat resistance to silicone rubber is also suitable for the automotive industry. Motor cable beams, ignition coils and sensor cables are examples. These components are in the car engine compartment, where temperatures are high. Silicone rubber cables can withstand high temperatures and ensure electrical insulation and stability.
Butyl rubber cables are commonly used for battery wires, The starter's sons, The wires of the dashboard and other components of the automotive electrical system. They have excellent resistance to oil and abrasion.
It is difficult to avoid road jacks during the use of the car, which increases the friction of internal pipes. The abrasion resistance of butyle rubber cables guarantees the stability of the electrical system.
Industry Construction
As a weather -resistant material, Ethylene-propylene rubber is commonly used as a waterproofing material for the roofs of buildings, Like waterproofing rollers, Waterproofing membranes, etc. It can effectively prevent the infiltration of rainwater and protect the internal structure of buildings.
The silicone rubber cable has good weather resistance. Long -term use in external environments is not affected by ultraviolet rays, oxidation and other factors. Silicone rubber cables are commonly used for outdoor power lines, internal electric wiring of buildings and other applications.
In interior environments, Butyl rubber cables can be used for power supply lines, Lighting lines, etc. Outdoors, They are used for energy transmission and distribution systems in industrial parks, factories and other places.
Industry ANDreader
Ethylene-propylene rubber is widely used for cable insulation and wire sheathing, Because it has good properties of electrical insulation and chemical resistance, and can protect wires and cables from the external environment.
Silicone rubber cables are mainly used in the electrical industry for energy transmission and control in high temperature situations. Ils may transmit electrical signals and control signals in High temperature environments.
Butyl rubber is generally used for earthing lines of electrical equipment in the energy industry. Butyl rubber cables have excellent properties of electric insulation and high temperature resistance, and can bear the transmission of high-voltage energy without causing leaks or short circuits.
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