Power Driven Heavy-Duty Clamps
Power Driven Heavy-Duty Clamps
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$19.00
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- Individual clamp for custom high-boost applications
Note: Sizes run larger than factory clamps — may not fit other aftermarket boots
The Power Driven Diesel Heavy Duty Clamps are specialized spring-loaded T-bolt clamps designed for use in compound turbo kits, specifically in turbo diesel setups. These clamps offer several features and benefits that make them suitable for this application:
- Adjustable Diameters: The clamps have adjustable diameters, allowing them to accommodate different sizes of hoses or components. This feature ensures constant tension throughout a wide range of temperatures, whether extremely low or very high.
- Spring-Loaded Design: The spring-loaded design of these clamps provides a constant band tension and tight fit without requiring manual adjustments. This feature helps maintain the integrity of the clamped connection, even under high vibrations or fluctuations in pressure.
- Durability: These heavy-duty clamps are designed to withstand thermal stressors typically encountered in turbo diesel applications. They offer a high level of resistance to shocks, temperature variations, and corrosion, ensuring a long-lasting and reliable performance.
- Rounded Edges: The clamps feature rounded edges, which helps reduce the risk of damage to the parts being clamped. This is particularly important in critical applications where hoses or components need to be protected from any potential harm.
- Materials: The clamps are made from 300 series stainless steel, which provides excellent corrosion resistance. Additionally, they have a zinc-plated self-locking nut, bolt, and spring, further enhancing their resistance to environmental factors.
Power Driven Diesel Heavy Duty Clamps are designed to provide a secure and reliable clamping solution in compound turbo kits for turbo diesel setups. Their adjustable diameters, spring-loaded design, durability, rounded edges, and high-quality materials make them suitable for withstanding the demanding conditions typically encountered in these applications.