Inflation Nozzle for Wheel Pumping 8 mm, Rockforce RF-DTC-26, Total Length 310 mm

The Rockforce Inflation Nozzle RF-DTC-26 is a metal adapter designed for wheel pumping with an 8 mm connection and a total length of 310 mm. It connects to manual pumps or air compressors to provide a durable interface for inflating vehicle and equipment tyres, with extended reach to access recessed or hard-to-reach valves. The nozzle is intended for workshop environments, mobile tyre services, and general tyre maintenance tasks that require a longer extension.

Advantages

This inflation nozzle features a 310 mm total length that improves access to recessed valve stems and tight wheel wells. The metal construction offers enhanced durability and resistance to deformation under normal workshop use. With an 8 mm connection, the nozzle is compatible with common pump fittings and compressor hoses, allowing straightforward attachment and stable airflow during inflation operations.

Suitable for

• Inflating car, motorcycle and light-truck tyres where valve access is limited
• Workshop and service-bay tyre maintenance
• Mobile tyre service and roadside tyre inflation
• Equipment and machinery tyres with recessed or angled valves

Key specifications

• Connection diameter: 8 mm
• Total length: 310 mm
• Material: metal body for durable operation
• Compatibility: fits standard pump and compressor fittings with 8 mm inlet

How to use

Attach the 8 mm end of the Rockforce nozzle to the pump hose or compressor coupler, ensuring a secure fit. Position the extended 310 mm nozzle onto the tyre valve stem, aligning carefully with the valve to avoid cross-threading or damage. Open the compressor or operate the manual pump to introduce air until the desired pressure is reached, then remove the nozzle and reseal the valve. Inspect the nozzle and connections for wear or leaks before and after use.

Usage recommendations

Use appropriate pressure-rated hoses and check compatibility with your pump or compressor. Avoid excessive bending near the connection point to prolong service life. Regularly inspect the nozzle for corrosion or deformation and replace if any damage that could cause leakage or unsafe operation is detected.