HPS Performance Silicone Coolant Hose Kit Toyota 4Runner 3.0L V6 (1990-1991) [Radiator + Heater] Blue / Black / Red
HPS Performance Silicone Coolant Hose Kit Toyota 4Runner 3.0L V6 (1990-1991) [Radiator + Heater] Blue / Black / Red
Fitment Information
- Toyota 4Runner 3.0L V6 with Rear Heater Left Hand Drive (1990, 1991)
Note
- Silicone hose water permeation rate is 10 to 15 times greater than standard EPDM rubber hose. Checking water level regularly is highly recommended when silicone coolant hoses are used in a daily driving vehicle.
Specs & Features
-
Product Type: Silicone Radiator and Heater Hose Kit
-
Color Options: Black, Red, Blue
- Material: High-Temperature Reinforced Silicone
-
Precision Fit: Designed with correct bends and curves for perfect fitment
-
Durable Clamps: Includes 100% stainless steel embossed clamps that prevent hose damage during installation
-
Problem Solving: Fixes coolant leaks and overheating caused by cracked or collapsed OEM hoses
-
Race-Proven Design: Engineered for high temperature and long-term exposure to coolant and under-hood heat
- Maximum Temperature Rating: Withstands up to 350 °F (177 °C)
Product Description
The HPS Silicone Radiator and Heater Hose Kit is a hassle-free performance upgrade, offering a reliable replacement for OEM or aftermarket parts. Crafted from high-temperature 3-ply reinforced silicone, these hoses ensure durability and precise fitment with correctly engineered bends and curves. Designed to withstand extreme conditions, the kit has a maximum temperature rating of 350 °F (177 °C) and is available in black, red, and blue for a sleek, customizable look.
This race-proven design prevents common issues such as coolant leaks and engine overheating caused by cracked or damaged OEM hoses. The kit includes 100% stainless steel non-perforated embossed clamps that secure the hoses without cutting into the silicone, ensuring easy and leak-free installation. Built to endure prolonged exposure to under-hood heat and coolant pressure, the HPS hose kit delivers exceptional performance and long-lasting quality, making it an ideal choice for enhancing cooling system reliability.
Original: $307.00
-65%$307.00
$107.45
Description
Fitment Information
- Toyota 4Runner 3.0L V6 with Rear Heater Left Hand Drive (1990, 1991)
Note
- Silicone hose water permeation rate is 10 to 15 times greater than standard EPDM rubber hose. Checking water level regularly is highly recommended when silicone coolant hoses are used in a daily driving vehicle.
Specs & Features
-
Product Type: Silicone Radiator and Heater Hose Kit
-
Color Options: Black, Red, Blue
- Material: High-Temperature Reinforced Silicone
-
Precision Fit: Designed with correct bends and curves for perfect fitment
-
Durable Clamps: Includes 100% stainless steel embossed clamps that prevent hose damage during installation
-
Problem Solving: Fixes coolant leaks and overheating caused by cracked or collapsed OEM hoses
-
Race-Proven Design: Engineered for high temperature and long-term exposure to coolant and under-hood heat
- Maximum Temperature Rating: Withstands up to 350 °F (177 °C)
Product Description
The HPS Silicone Radiator and Heater Hose Kit is a hassle-free performance upgrade, offering a reliable replacement for OEM or aftermarket parts. Crafted from high-temperature 3-ply reinforced silicone, these hoses ensure durability and precise fitment with correctly engineered bends and curves. Designed to withstand extreme conditions, the kit has a maximum temperature rating of 350 °F (177 °C) and is available in black, red, and blue for a sleek, customizable look.
This race-proven design prevents common issues such as coolant leaks and engine overheating caused by cracked or damaged OEM hoses. The kit includes 100% stainless steel non-perforated embossed clamps that secure the hoses without cutting into the silicone, ensuring easy and leak-free installation. Built to endure prolonged exposure to under-hood heat and coolant pressure, the HPS hose kit delivers exceptional performance and long-lasting quality, making it an ideal choice for enhancing cooling system reliability.
