KIFIDAN 10ft 3/4in Heater Hose — Silicone Coolant Hose, 19mm ID x 28mm OD, 60 PSI, Cuttable

Overview

Meet the KIFIDAN 10 ft heater hose, a versatile silicone link designed for automotive cooling and air transmission needs. With an inner diameter of 19 mm and an outer diameter of 28 mm, the hose balances a snug fit with enough wall thickness to resist flexing in busy engine bays. The wall thickness is 0.18 inch, reinforcing structural integrity while remaining flexible enough for simple routing.

Key performance figures include a wide temperature range from minus 58 degrees Fahrenheit to 392 degrees Fahrenheit, which means the hose can handle a broad spectrum of operating conditions without hardening. The burst pressure is 246 PSI while the working pressure is 60 PSI. An internal core improves the hose shape and stability, helping it keep its form under pressure.

Flexible and cuttable design

The hose can be cut to your required length, making it easier to fit nonstandard engine bays and custom routing paths. It is suitable for coolant and water transmission as well as air transmission in automotive systems.

Key specifications

• Length: 10 ft
• Inner diameter: 19 mm (3/4 in)
• Outer diameter: 28 mm (1.1 in)
• Wall thickness: 0.18 in
• Material: silicone
• Temperature range: -58 F to 392 F
• Burst pressure: 246 PSI
• Working pressure: 60 PSI

Benefits and use cases

• Cuttable design for a custom fit in tight engine bays
• Suitable for coolant, water, and air transmission in many vehicles
• Durable silicone formulation resists aging and hardening under heat
• Supports reliable routing and steady flow in automotive cooling systems

Installation and care

To install, measure the required length, cut square ends, and secure with appropriate hose clamps. Inspect ends for tight seals and avoid sharp bends. Store away from prolonged direct sunlight and high heat to extend service life.

Final notes

Used as a flexible replacement part, this hose presents a practical option for maintenance or upgrades. Benefits are potential outcomes depending on vehicle configuration and operating conditions.