Mitas Heavy-Duty Inner Tube for 17 inch Rims

Upgrade your ride's reliability with the MITAS Heavy-Duty Inner Tube, engineered for demanding motorcycle, scooter, and moped applications. This robust 2mm thick inner tube provides exceptional puncture resistance and longevity, ensuring a safer and more confident journey on any terrain.

Description

The MITAS Heavy-Duty Inner Tube is crafted from a high-quality butyl compound, offering superior air retention and resistance to punctures compared to standard tubes. Its substantial 2mm thickness (HD: Heavy Duty) is specifically designed to withstand the rigors of off-road adventures and challenging road conditions. Compatible with a range of 17" rim diameters, this inner tube fits tire sizes including 2.50-17, 2.75-17, 70/100-17, 80/100-17, 80/90-17, and 90/80-17, making it a versatile choice for many motorcycles. Each tube features a premium TR-6 center metal valve (threaded/nuts) with an oval base, constructed with a galvanized stem and includes two washers, plus a durable metal and rubber cap for secure inflation and extended valve life. Meticulously retailed in individual pouches and packed in a nitrogen-rich atmosphere, these tubes boast an extended shelf life, ready for when you need them most.

Features & Highlights

• Exceptional Durability: Engineered with a substantial 2mm thickness from high-quality butyl compound for superior puncture resistance and prolonged lifespan, even in harsh riding conditions.
• Premium Valve Construction: Features a robust TR-6 center metal valve with a galvanized stem, complete with two washers and a metal/rubber cap, ensuring reliable inflation and air retention.
• Optimized for 17" Rims: Perfectly suited for a wide array of motorcycles, scooters, and mopeds utilizing 17" rim diameters and various tire sizes.
• Versatile Tire Fitment: Compatible with common tire sizes like 2.50-17, 2.75-17, 70/100-17, 80/100-17, 80/90-17, and 90/80-17, offering broad application.
• Extended Shelf Life Packaging: Each tube is individually packaged in a nitrogen-rich atmosphere, preserving material integrity and ensuring readiness when installed.