AGS Company | ACR-006 | 3/8" ALUM TUBE TUBE KLEDGE-LOK

Specifications

• Manufacturer: AGS Company
• Model Number: ACR-006
• Product Name: 3/8" ALUM TUBE TUBE KLEDGE-LOK
• Material: Aluminum
• Diameter: 3/8 inch (0.375")
• Weight: 0.1 lbs
• Dimensions: 1.4 x 2 x 6.4 inches
• Compatibility: Designed for use with AGS Kledge-Lok fluid line repair system components.

Key Features

• Kledge-Lok System Compatibility: Engineered to integrate seamlessly with the AGS Kledge-Lok mechanical fluid line repair system, supporting secure and reliable connections.
• Durable Aluminum Construction: Constructed from aluminum, this tubing offers inherent corrosion resistance and a lightweight profile.
• Standard 3/8 Inch Diameter: Provides a widely used diameter, suitable for various automotive and industrial fluid transfer requirements.
• No-Flare Connection Ready: Facilitates installation without the need for flaring, soldering, or welding when utilized with Kledge-Lok fittings.

Applications

• Automotive Fluid Transfer: This aluminum tube is suitable for repairing and routing fuel lines, transmission lines, power steering lines, and oil cooler lines in automotive applications.
• HVAC Systems: Used in the maintenance and repair of air conditioning and refrigeration lines.
• Industrial Fluid Lines: Applicable for creating robust mechanical connections in diverse industrial fluid transfer systems.
• Exclusion: This product is not intended for use in brake or clutch systems.

Benefits

• Supports Leak-Resistant Connections: When used with the Kledge-Lok system, this tubing contributes to creating strong, airtight, and pressure-resistant connections, successfully tested up to 2000 PSI.
• Simplifies Installation: Enables a streamlined repair process by eliminating the need for traditional flaring or welding, which reduces installation time and complexity.
• Enhanced Durability: The aluminum material resists corrosion, contributing to a longer service life for repaired lines and systems.
• Cost-Effective Repair Solution: Facilitates targeted repairs of damaged sections, extending the operational life of existing systems and components, which can be more economical than complete replacements.