Product Overview
The TR412C Chrome Sleeve Snap-In Rubber Valve Stem combines the compact profile of the standard TR412 with an attractive chrome-plated sleeve and cap, making it an excellent choice for passenger vehicles, light trucks, trailers, ATVs, UTVs, and aftermarket alloy wheels. Manufactured from premium EPDM rubber with a corrosion-resistant brass valve body and pre-installed high-temperature valve core, the TR412C provides dependable, leak-free sealing while enhancing wheel appearance. It fits standard 0.453 in. (11.5 mm) rim valve holes and is rated for 65 PSI maximum cold inflation pressure.
Features
- Chrome-plated sleeve and cap for a premium appearance
- Industry-standard TR412C snap-in rubber valve stem
- Fits 0.453 in. (11.5 mm) rim valve holes
- Compact 0.88 in. (22 mm) effective stem length
- Durable EPDM rubber resists ozone, UV exposure, and weathering
- Corrosion-resistant brass valve body
- Pre-installed high-temperature Schrader valve core
- Rated for 65 PSI maximum cold inflation pressure
- Perfect for OEM replacement and aftermarket alloy or chrome wheels
Specifications
- Part Number: TR412C
- Product Type: Chrome Sleeve Snap-In Rubber Valve Stem
- Effective Stem Length: 0.88 in. (22 mm)
- Overall Length: Approximately 1.30 in. (33 mm)
- Rim Hole Size: 0.453 in. (11.5 mm)
- Maximum Rim Thickness: 5/32 in. (4 mm)
- Maximum Cold Inflation Pressure: 65 PSI (4.5 Bar)
- Material: EPDM Rubber with Brass Valve Body
- Finish: Chrome Sleeve with Chrome Cap
- Valve Core: High-Temperature Pre-installed Schrader Core
- Package Quantity: 50 Valve Stems
Recommended Applications
- Passenger cars
- Light-duty trucks
- SUVs
- Utility trailers
- ATVs and UTVs
- Alloy and chrome wheels
- Lawn and garden equipment
- Professional tire shops and fleet maintenance
The TR412C offers the same dependable sealing performance as the standard TR412 while adding a polished chrome finish for an upgraded appearance. Its short profile is ideal for wheels with limited clearance or applications where a lower-profile valve stem is preferred.
