Conductivity refers to the property of a material that is capable of conducting electrical current. For hoses, conductive hoses are usually made by adding conductive components such as metal wires, conductive polymers, or carbon materials to their materials. These components give the hose a certain conductivity, allowing current to flow inside or on its surface.

For example, in some industrial environments, when grounding protection is required for electrical equipment, conductive hoses can be used as part of the grounding wire to guide the static charge or fault current of the equipment to the ground to prevent dangerous situations such as electric shock.

Anti static:
Anti static mainly refers to preventing the generation and accumulation of static electricity. In the application of hoses, the purpose of anti-static hoses is to prevent static charges from accumulating on the surface or inside of the hose to a level sufficient to generate electrostatic discharge. Electrostatic discharge may cause sparks, which can pose a danger of fire or explosion in some flammable and explosive environments.

Anti static hoses are usually achieved by adding some conductive materials. These conductive materials enable the hose to promptly conduct static charges to the ground or rapidly disperse static charges on the surface of the hose, reducing the accumulation of static charges. For example, in the chemical industry, hoses used to transport flammable liquids require the use of anti-static hoses to prevent fires caused by electrostatic discharge.

In general, conductivity focuses more on the ability of materials to conduct current, while anti-static is the use of the conductivity and other characteristics of hoses to prevent the harm caused by static electricity. It is necessary to have a certain degree of conductivity to achieve its anti-static function, but conductive hoses may not necessarily be used for anti-static purposes. They may be used in other scenarios that require current conduction.