Rubber Head For B65114 4 Ton Porto-Power – Blackhawk Automotive Price Drop

Specifications

• Model Number: B65178
• Manufacturer: Blackhawk Automotive
• Weight: 0.6 lbs
• Dimensions: 7.75 x 3.75 x 2.5 inches
• Compatibility: Designed for use with the Blackhawk B65114 4 Ton Porto-Power unit.

Key Features

• Durable Rubber Construction: Engineered for resilience, the rubber head withstands demanding use in automotive and body repair environments.
• Non-Marring Surface: The soft rubber material prevents damage, scratching, and marring of workpieces during force application.
• Optimized Fit: Specifically crafted as a direct replacement or accessory, ensuring a secure fit with the Blackhawk B65114 4 Ton Porto-Power ram.
• Lightweight Design: Weighing 0.6 lbs, this accessory offers ease of handling and maneuverability for precise positioning.

Applications

• Automotive Body Repair: Facilitates shaping, spreading, and pushing operations on vehicle body panels without compromising surface finishes.
• Frame Straightening: Provides a controlled, non-damaging contact point for applying hydraulic force during vehicle frame adjustments.
• General Fabrication Tasks: Suitable for a range of industrial and workshop applications requiring targeted, gentle force distribution with hydraulic equipment.
• Porto-Power System Integration: Enhances the functionality of the Blackhawk B65114 4 Ton Porto-Power system for diverse tasks.

Benefits

• Protects Work Surfaces: The rubber composition effectively shields delicate finishes and painted surfaces from dents and scratches during hydraulic operations.
• Enhances Operational Safety and Control: Delivers a stable and non-slip interface between the hydraulic ram and the workpiece, improving user control and reducing slippage.
• Extends Tool Versatility: Enables the 4 Ton Porto-Power unit to perform tasks that demand a broader, softer point of contact, expanding its utility.
• Ensures Compatibility and Performance: As a genuine Blackhawk Automotive accessory, it guarantees seamless integration and optimal performance with the B65114 unit.