STEEL-SMITH Pull Action Clamps 0.5 kN PA-325 / PA-325-SS

The STEEL-SMITH Pull Action Clamps with a clamping force of 0.5 kN, designated by the PA-325 model and PA-325-SS for the stainless steel version, are specialized clamping devices designed for industrial applications requiring a lower clamping force while still maintaining strong, reliable, and precise clamping.

Key features of the STEEL-SMITH Pull Action Clamps 0.5 kN, PA-325/PA-325-SS, include:

1. Pull Action Mechanism: These clamps utilize a pull action design, facilitating quick engagement and disengagement of the clamping force. The pull action mechanism provides a simple and effective way to apply and release clamping force, enabling efficient and easy operation.

2. Low Clamping Force: With a clamping force of 0.5 kN, these clamps offer a lower level of clamping force suitable for delicate or light-duty industrial applications where precision and gentle clamping are required.

3. High-Quality Construction: The STEEL-SMITH Pull Action Clamps, PA-325/PA-325-SS models, are constructed from high-quality materials, ensuring durability, reliability, and long-lasting performance in various industrial applications.

4. Versatile Design: The PA-325/PA-325-SS models are designed to offer versatility in clamping applications, suitable for a wide range of light-duty industrial processes, including delicate machining, assembly, and more.

5. SS-304 Grade Stainless Steel Option: The PA-325-SS model is constructed from SS-304 grade stainless steel, offering exceptional corrosion resistance and making it suitable for use in various industrial environments with demanding conditions or exposure to corrosive substances.

In summary, the STEEL-SMITH Pull Action Clamps 0.5 kN, PA-325/PA-325-SS models, combine the benefits of a pull action mechanism, low clamping force suitable for delicate applications, high-quality construction, and optional SS-304 grade stainless steel construction for efficient, reliable, and secure clamping in various light-duty industrial applications. These features make them a reliable and efficient clamping solution, contributing to improved productivity, quality, and safety in industrial settings requiring precise and gentle clamping.