Taigoehua ID 4-Inch 4-Ply Silicone Hose, 12-Inch, 5mm Thick with 2x Stainless Steel T-Clamps

Overview

Meet the Taigoehua ID 4-Inch silicone hose, a purpose-built solution for reliable piping in automotive and marine applications. Crafted from high quality silicone, this hose blends flexibility with durability, making bends and tight routing easier to manage. Designed for multi-scenario use, it supports custom turbo piping, supercharger charge pipes, and intake connections for turbocharged and supercharged engines, as well as boats and various vehicles. While real-world results depend on your setup, this hose offers a smooth interior surface and resilient build that can help maintain steady airflow and fluid paths in demanding environments.

With a compact 12 inch length and 4 inch inner diameter, the hose is ready for compact engine bays or spaces where space is at a premium. The 5 mm wall thickness adds a robust feel that sits between rigidity and bendability, reducing the risk of collapse during high demand while remaining flexible enough to route around obstacles.

Key specifications

• ID: 4 inch (102 mm)
• Length: 12 inch (305 mm)
• Thickness: 5 mm
• Material: high quality silicone
• Temperature range: -140 F to 428 F
• Bursting pressure: 2 MPa

What’s in the box

• 1 silicone hose
• 2 stainless steel T clamps

Versatile applications

• Custom turbo piping and intercooler/inlet routing
• Supercharger charge piping and intake connections
• Inlets for turbocharged and supercharged engines in cars or boats
• General multi-scenario hose replacements in high-heat environments

Durability and use cases

The silicone composition is chosen for resilience under heat and demanding conditions, with a temperature range that covers extreme cold and heat. This can help keep piping configurations stable across seasonal changes and prolonged use. The included clamps help secure fittings and minimize movement under vibration, contributing to a cleaner, well-organized engine bay or marine setup. Use this hose as part of a carefully planned piping path where a durable, flexible connector is beneficial, while keeping expectations aligned with your specific system design.