Heavy-Duty Aluminum Alloy Pipe Clamp, Upper/Lower Double Layer Pipe Fixing, THAG1 Series Pipe Clamp

Product Overview
The heavy-duty aluminum alloy double-layer pipe clamp is an efficient fixing solution specially designed for dual-pipeline systems that require parallel laying. It is integrally formed with high-strength aluminum alloy and combined with shock-absorbing rubber gaskets, which can provide stable support and safety protection for two pipes simultaneously. It is particularly suitable for fields with high requirements on spatial layout, light weight and corrosion resistance, such as shipbuilding, new energy battery packs, and construction machinery.

Detailed Product Features and Advantages

1. Innovative Double-Layer Structural Design

• Space Optimization: Upper and lower pipeline layout greatly saves installation space, making pipeline arrangement more compact and reasonable.
• Synchronized Installation: Fixing two pipes in one installation significantly improves work efficiency and reduces construction costs.
• Neat Appearance: Parallel arrangement of pipes ensures uniformity and enhances the overall professionalism of the equipment.

2. Advantages of Heavy-Duty Aluminum Alloy Material

• High Strength & Light Weight: Reduces weight by more than 40% compared with traditional carbon steel parts while maintaining excellent mechanical strength.
• Superior Corrosion Resistance: Naturally oxidation-resistant; surface anodization further enhances salt-spray resistance and chemical corrosion resistance.
• Non-Magnetic & Insulating: No magnetic interference, safe insulation, suitable for scenarios such as battery packs and electrical equipment.

3. Comprehensive Pipeline Protection

• Shock-Absorbing Gasket: Built-in rubber gasket effectively absorbs vibration and reduces fatigue of pipes and fixed parts.
• Wear Prevention: Avoids hard contact between metal and pipes, protecting the insulation layer or coating on the pipe surface.
• Adaption to Thermal Expansion and Contraction: Rubber gasket provides certain elasticity, allowing micro-displacement of pipes.

Core Parameters at a Glance

Typical Application Scenarios

New Energy Field

• Battery Packs: Fixing cooling water pipes and liquid cooling plate pipelines between battery modules.
• Electric Drive Systems: Parallel fixing of cooling pipelines for motors and controllers.

Marine and Offshore Engineering

• Engine Room Pipelines: Laying of parallel fuel pipes, lubricating oil pipes and cooling water pipes.
• Deck Systems: Dual-pipeline systems such as fire-fighting water pipes and ballast water pipes.

Industrial Equipment

• Construction Machinery: Fixing of dual return oil pipes or dual inlet oil pipes in hydraulic systems.
• HVAC Systems: Installation of parallel chilled water pipes and cooling water pipes.

Selection Guide

Three Key Selection Factors

1. Confirmation of Pipeline Parameters

• Accurately measure the outer diameter of the two pipes.
• Confirm the medium temperature in the pipes and select gaskets with corresponding temperature resistance levels.

2. Evaluation of Installation Environment

• Anodization is mandatory for humid and high-salt-spray environments (e.g., marine applications).
• Select oil-resistant rubber gaskets for oily environments.

3. Calculation of Load Strength

• Calculate the total weight of the two pipes (including medium) to ensure sufficient load margin of the pipe clamp.
• For occasions with severe vibration, it is recommended to add installation brackets or shock-absorbing devices.

Our Service Commitment

• Professional Selection Support: Provide free technical consultation to help you accurately match models.
• Triple Quality Assurance: Raw material certification, process control and full inspection before delivery.
• Flexible Customization Service: Support customization of non-standard pipe diameters, spacing, colors and logos.
• Rapid Delivery Response: Sufficient stock of conventional models and quick response to special needs.