Product Overview
The TR802HP High-Pressure Snap-In Valve Stem is a heavy-duty rubber valve stem designed for light trucks, heavy-duty pickups, trailers, agricultural equipment, and commercial applications requiring higher tire inflation pressures. Designed to fit 0.625 in. (15.9 mm) valve stem holes, the TR802HP features a durable EPDM rubber body, reinforced brass valve barrel, and a high-temperature nickel-plated valve core for dependable sealing and long service life. Its 2.00-inch effective length provides improved access for tire inflation, making it ideal for deep-dish wheels and trailer applications. Rated for 100 PSI maximum cold inflation pressure, the TR802HP is the longer counterpart to the TR801HP.
Features
- Industry-standard TR802HP high-pressure snap-in valve stem
- Rated for 100 PSI maximum cold inflation pressure
- Fits 0.625 in. (15.9 mm) rim valve holes
- Extended 2.00 in. effective length for easier inflation access
- Premium ozone-resistant EPDM rubber construction
- Reinforced brass valve barrel for added strength
- High-temperature nickel-plated Schrader valve core
- Snap-in design for quick and secure installation
- Ideal for trucks, trailers, agricultural equipment, and commercial vehicles
Specifications
- TR Number: TR802HP
- Product Type: High-Pressure Snap-In Rubber Valve Stem
- Valve Style: Straight
- Effective Length: 2.00 in. (51 mm)
- Rim Hole Diameter: 0.625 in. (15.9 mm)
- Maximum Rim Thickness: 0.205 in. (5.2 mm)
- Maximum Cold Inflation Pressure: 100 PSI
- Valve Body Material: EPDM Rubber
- Valve Barrel Material: Brass
- Valve Core: High-Temperature Nickel-Plated Schrader Core
Recommended Applications
- Heavy-duty pickup trucks
- Utility trailers
- Boat trailers
- Equipment trailers
- Mobile home transport wheels
- Agricultural equipment
- Commercial trailers
- Wheels with 0.625-inch valve holes requiring inflation pressures up to 100 PSI
The TR802HP is the extended-length version of the TR801HP, providing easier access for inflating tires on deep wheels or applications where additional stem height is beneficial