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Polypropylene304 Stainless Steel1/2 in. Tube ODShock Mitigation

Swagelok 304-S3T-PP-8T Twin Bolted Plastic Clamp Tube Support Kit, 1/2 in. Tube Size

Swagelok 304-S3T-PP-8T Twin Bolted Plastic Clamp Tube Support Kit with a polypropylene body and 304 stainless steel hardware. Designed for 1/2 inch OD tubing to mitigate system shock and vibration.

Swagelok 304-S3T-PP-8T Twin Bolted Plastic Clamp Tube Support Kit, 1/2 in. Tube Size

Swagelok 304-S3T-PP-8T Twin Bolted Plastic Clamp Tube Support Kit is engineered to provide robust structural support for 1/2 inch outer diameter tubing in industrial fluid systems. Featuring a durable polypropylene (PP) support body and high-quality 304 stainless steel hardware, this kit is specifically designed to enhance system reliability by managing the mechanical stresses common in high-performance environments.

Performance Features

Swagelok twin bolted plastic clamps are critical components for maintaining the integrity of tubing and piping systems. The kit provides several key technical benefits:

  • Vibration and Shock Mitigation: The clamp components are designed to absorb and dampen mechanical shock and vibration, preventing fatigue in tubing and connections.
  • Environmental Resistance: The polypropylene body is formulated to withstand exposure to a wide range of chemicals and UV light, ensuring long-term durability in outdoor or corrosive installations.
  • Stress Reduction: By providing secure anchoring points, these supports alleviate mechanical stress on system parts such as valves, fittings, and instruments.
  • Operational Efficiency: The twin-bolt design streamlines the installation process and simplifies future maintenance or system reconfiguration.

Technical Specifications

SpecificationDetail
Body MaterialPolypropylene
Hardware Material304 Stainless Steel
Tube OD1/2 in.
eClass (10.1)37029290
UNSPSC (15.1)40141700
UNSPSC (17.1001)40174607

System Safety

Proper product selection is essential for safe, trouble-free performance. System designers must consider material compatibility, adequate ratings, and the total system design. Installation, operation, and maintenance remain the responsibility of the system designer and user to ensure safety.