Clarks VX852C/VRX852C Clarks M1,M2, M3,Deore M615 Disc Pads Bulk/20 pair Organic

Description

High-Performance Braking: Clarks Organic Disc Brake Pads

• Upgrade your cycling experience with Clarks Organic Disc Brake Pads Bulk VX852C / VRX852C for Deore.
• Available in a bulk pack of 25 pairs.

Optimized for Versatility

• These organic disc brake pads are designed for optimal use under normal conditions.
• Offering improved noise reduction and increased bite.
• They are especially suitable for general use and are recommended for mechanical systems.

Sintered for Extreme Conditions

• The increased carbon content in these sintered pads ensures maximum performance under extreme conditions and during sustained riding.
• They are ideal for hydraulic systems, providing consistent and powerful braking.

Enhanced Friction and Durability

• Reinforced with Kevlar, these pads are designed to increase frictional properties.
• Making them ideal for competitive cycling and challenging riding conditions.
• The ceramic components of the pads improve braking efficiency in wet conditions, while the copper ensures consistent braking at various speeds.

Superior Heat Dissipation

• The innovative back plate design of these pads focuses on heat dissipation and weight reduction.
• This not only enhances the overall durability of the pads but also contributes to over 35% better performance than standard pads.

Wide Compatibility and Bulk Quantity

• Designed for Deore systems, these pads offer versatility for various bike models.
• The bulk pack of 25 pairs is perfect for cyclists who frequently engage in intense riding or for bike shops catering to a range of clients.

Ideal for Serious Cyclists and Workshops

• Whether you’re a professional racer, a mountain biking enthusiast, or managing a busy workshop.
• Clarks Organic Disc Brake Pads offer the reliability and performance required for the most demanding cycling adventures.
• Their superior design and compatibility make them a reliable upgrade for enhanced braking in all conditions.