Turbocharger Silicone Hose HPS 4-ply Reinforced HTSC-400 L4 Black

Description

Product Overview

Experience premium durability with the HPS Turbocharger Silicone Hose, crafted from high‑temp 4‑ply reinforced silicone. This hose meets and exceeds SAEJ20 industry standards, providing exceptional resistance to heat, UV, and ozone. Designed for unisex‑adult use, it features a 4 mm inside diameter and is ideal for heavy‑duty pressure connections in turbo, intercooler, intake, and radiator cooling systems.

Usage

Perfect for marine vessels, industrial machinery, and custom performance builds, this hose excels in high‑temperature environments. Whether you are fabricating a turbo pipe, upgrading an intercooler, or creating a DIY cooling loop, the hose delivers consistent flow and reliable sealing.

Why Choose Us

HPS stands for quality and reliability. Our silicone hoses undergo rigorous testing to ensure they withstand extreme pressures and temperatures. Backed by a strong customer rating of 4.6 stars from 51 reviews, you can trust the performance and longevity of this product.

Key Features

• High‑temp 4‑ply reinforced silicone for superior durability
• Meets SAEJ20 standards, ensuring reliable high‑pressure performance
• UV and ozone resistant, perfect for outdoor and marine use
• Versatile 4 mm ID fits a wide range of turbo and intercooler applications
• Responsive customer support and hassle‑free returns

FAQ

Is this hose compatible with fuel or oil?

No, the silicone material is not suitable for direct contact with fuel or oil.

What temperature range can the hose handle?

The hose is designed for high‑temperature environments, typically up to 300°F (149°C).

Can I use this hose for marine applications?

Yes, its UV and ozone resistance makes it ideal for marine and offshore use.

What is the inside diameter of the hose?

The hose has a 4 mm inside diameter, suitable for many turbo and intercooler setups.

How does the hose meet SAEJ20 standards?

It is constructed to exceed the pressure and temperature specifications outlined in SAEJ20, ensuring reliable performance under demanding conditions.