Demon Heavy-Duty X-Treme Axle - PAXL-8019XHD

The Demon Heavy-Duty X-Treme Axle is engineered for superior strength and durability, ensuring reliable performance in the most demanding conditions. Built with high-quality materials and advanced design features, this axle provides a significant upgrade over standard options.

Description

This heavy-duty axle is constructed from 4340 chromoly steel, offering exceptional strength and resistance to wear and tear. Demon utilizes dual heat-treated axle components, increasing durability and extending the lifespan of the product. The components are 20-30% larger than standard heavy-duty axles, providing added strength where it matters most. CNC machined and micro-polished internal components ensure smooth operation and reduced friction. The re-engineered cage design enhances durability, further contributing to the axle's long-lasting performance. A unique boot design promotes heat reduction, tailored to various riding terrains. The Demon X-Treme Axle boasts a swing angle of up to 47°, enabling optimal performance during extreme articulation. This axle is designed for rear left and rear right mounting positions.

Features & highlights

• Crafted from 4340 chromoly steel for ultimate strength and durability.
• Dual heat-treated components ensure exceptional resistance to wear.
• Oversized components (20-30% larger) deliver increased load-bearing capacity.
• CNC machined and micro-polished internals reduce friction and enhance performance.
• Re-engineered cage design maximizes durability under stress.
• Unique boot design for superior heat management across diverse terrains.
• Provides a swing angle of up to 47° for optimal articulation.

Technical specifications

• Brand: Demon
• Product Name: Axle
• Material: 4340 Chromoly Steel
• Duty: Heavy-Duty
• Mounting Position: Rear Left, Rear Right
• Swing Angle: Up to 47°
• Color/Finish: Black, Polished

Important to know

This axle comes with a two-year limited warranty. High-quality lithium-based grease containing molybdenum with a high drop point is pre-applied for optimal performance.