14.00-24 Tube – Heavy-Duty Butyl Rubber Inner Tube for Industrial and OTR Tires

Description

The 14.00-24 Tube is a high-performance, heavy-duty inner tube engineered for off-the-road (OTR) and industrial vehicles that operate under extreme working conditions. Built from premium butyl rubber, it delivers superior air retention, heat resistance, and durability — ensuring maximum uptime for loaders, graders, forklifts, and earthmovers.

Designed for both bias and radial 14.00-24 tires, this tube offers a precise fit, excellent sealing integrity, and enhanced resistance against punctures and flex fatigue. Whether used in construction, agriculture, or mining, the 14.00-24 Tube provides dependable performance where it counts most — on tough terrain and long-duty cycles.

Key Features: 14.00-24 Tube | Heavy-Duty Butyl Inner Tube for Loaders, Graders & OTR Tires

• Premium Butyl Rubber Construction
  Provides superior elasticity, heat stability, and long-lasting air retention.

• Reinforced TR218A Valve Stem
  Designed to withstand high pressure, temperature variations, and repeated inflation cycles.

• Puncture and Abrasion Resistant
  Heavy-duty wall thickness reduces risk of leaks and internal wear even under rocky or abrasive environments.

• Compatible with Bias and Radial Tires
  Ensures versatility across various OTR and industrial applications.

• High-Pressure Tolerance
  Built to operate under high PSI loads without deformation or premature aging.

• Ideal OEM Replacement
  Matches original equipment standards for performance and dimensional accuracy.

Technical Specifications: 14.00-24 Tube | Heavy-Duty Butyl Inner Tube for Loaders, Graders & OTR Tires

Recommended Applications

• Construction & Road Works – Wheel loaders, motor graders, and dozers.

• Mining Operations – Dumpers and industrial haulage vehicles.

• Agriculture & Forestry – Large tractors, harvesters, and heavy equipment.

• Material Handling – Forklifts and yard movers.

Performance Benefits

• Maintains inflation stability over long duty cycles.

• Reduces tire downtime through enhanced air retention.

• Improves overall tire lifespan by minimizing internal friction.

• Performs reliably under heavy-load and high-heat conditions.

• Ensures consistent ride stability and load distribution.