PVC Tube

Call for Price

PVC Tube. PVC tubes are used in vehicles for the transfer of fuel, coolant, oil, and other fluids. They are resistant to many chemicals and offer good compatibility with automotive fluids. PVC tubes are utilized in the air intake and exhaust systems of vehicles to channel air and gases. They are lightweight and offer excellent resistance to high temperatures. PVC tubes are highly flexible, allowing them to be easily bent and routed in tight spaces, making them suitable for various vehicle applications.

Category: Silicon Pipe Tags: pvc tube, silicon pipe

Description
Reviews (0)

Description

PVC Tube.

Applications:

Vacuum lines: PVC Tube is used as vacuum lines in the vehicle’s engine for various purposes, such as controlling air intake or regulating pressure.
Fuel lines: Used as fuel lines to transport fuel from the fuel tank to the engine, ensuring a proper fuel supply.
Brake lines: Used as brake lines to transmit hydraulic pressure from the master cylinder to the brake calipers or wheel cylinders.
Transmission lines: PVC Tube is used as transmission cooler lines to carry transmission fluid between the transmission and the radiator or transmission cooler.
Coolant lines: PVC Tube is used as coolant lines to circulate coolant between the engine and the radiator, heater core, or other cooling system components.
Windshield washer fluid lines: Used as windshield washer fluid lines to transport washer fluid from the washer reservoir to the windshield sprayers.
Power steering lines: Used as power steering lines to transmit hydraulic pressure from the power steering pump to the steering gear or rack.
Air conditioning lines: Used as air conditioning lines to carry refrigerant between the compressor, condenser, evaporator, and other A/C system components.
Emission control lines: Used as emission control lines to direct the flow of air or vapor within the vehicle’s emission control system.
Vacuum reservoir lines: PVC Tube is used as lines connecting vacuum reservoirs to various vacuum-operated components, such as the HVAC system or EGR valve.
PCV (Positive Crankcase Ventilation) lines: Used as PCV lines to transport blow-by gases from the engine crankcase to the intake manifold.
Evaporative emission lines: Used as lines in the evaporative emission control system to route fuel vapors from the fuel tank to the charcoal canister.
Turbocharger intercooler lines: Used as intercooler lines to connect the turbocharger and the intercooler, transferring compressed air for cooling.
Washer fluid recirculation lines: Used as recirculation lines in washer fluid systems to route excess fluid back to the washer reservoir.
Sound system wiring conduit: Used as conduit to protect and route audio wiring between the head unit and speakers in the vehicle’s sound system.
Cabin ventilation lines: Used as ventilation lines to route fresh air or recirculated air from the HVAC system to different parts of the vehicle cabin.
Wire harness protection: Used as a protective covering for wire harnesses, ensuring insulation and safeguarding against damage.
Suspension system protection: Used as protective sleeves for suspension system components, such as shock absorber lines or sway bar links.
Fluid overflow lines: Used as overflow lines for various vehicle fluids, such as coolant, power steering fluid, or brake fluid.
Interior trim or upholstery applications: Used creatively in interior applications, such as trim or upholstery, to enhance aesthetics or provide functional features.

Features:

Material: Made from durable PVC (polyvinyl chloride), providing flexibility, resistance to chemicals, and long-lasting performance.
Temperature resistance: Withstands a wide range of temperatures typically encountered in vehicle applications, ensuring stability and reliability.
Corrosion resistance: Resistant to corrosion from fuel, coolant, brake fluid, and other vehicle fluids.
UV resistance: Resistant to ultraviolet (UV) rays, minimizing degradation or discoloration when exposed to sunlight.
Flexibility: Flexible and bendable, allowing for easy routing and installation in tight or complex spaces.
Lightweight: Lightweight construction for easy handling and reduced overall vehicle weight.
Easy installation: Designed for straightforward installation, allowing for a hassle-free process.
Versatility: Suitable for a wide range of fluid or air routing applications within the vehicle.
Good insulation properties: Provides insulation for electrical wiring or components, preventing short circuits or electrical interference.
Smooth interior: Smooth inner surface for improved fluid or air flow, minimizing turbulence and pressure loss.
Resilience: Resistant to cracking, splitting, or collapsing under typical vehicle operating conditions.
Low friction: Low friction inner surface to minimize resistance and pressure drop in fluid or air flow.
Cost-effective: Offers a cost-effective solution for fluid or air routing needs compared to other materials.
Easy maintenance: Can be easily cleaned and maintained, ensuring proper functionality and longevity.
Customizable length: Available in various lengths, allowing for customization to specific application requirements.
Cut-to-length convenience: Can be easily cut to the desired length using common tools, ensuring a precise fit.
Secure connections: Compatible with various connectors, clamps, or fittings for secure and leak-free connections.
Good impact resistance: Resistant to impacts or vibrations encountered during vehicle operation, maintaining integrity and functionality.
Flame retardant: Meets flame retardant standards for safety and compliance in automotive applications.
Wide availability: Widely available in different sizes and configurations to suit various vehicle needs.