Description
T2S High Purity BioPharm 90° Weld Elbows – Precision and Compliance for Critical Processing
Benefits:
- Constructed from 316L stainless steel for exceptional durability and resistance to corrosion.
- Designed to comply with the latest ASME BPE International Standard for Bioprocessing Equipment.
- Offers two surface finish options: PL Finish SF1 and PM Finish SF4 for tailored application requirements.
- Perfectly suited for industries such as pharmaceutical, bioprocessing, semiconductor, food processing, and beverage.
- Fittings are securely capped to prevent damage and contamination during storage and transport.
The T2S High Purity BioPharm – 90° Weld Elbows are engineered for high-purity processing environments across various sectors, including pharmaceutical, bioprocessing, semiconductor, cosmetics, food processing, and beverage markets. Fabricated from 316L stainless steel, these components adhere to rigorous ASME BPE International Standards for Bioprocessing Equipment, ensuring unmatched purity, precision, and longevity.
Each elbow is crafted to fulfill all orbital welding specifications with controlled sulphur content, making them optimal for critical welding tasks. The fittings are available in two finishes: PL Finish SF1 (OD=32Ra, ID=20Ra) or PM Finish SF4 (OD=32Ra, ID=15Ra), providing flexibility to meet specific application demands.
Product Details:
- Material: 316L stainless steel
- 3-A Sanitary Standards: Number 63-03 (Authorization number 621)
- Surface Finish Options: PL Finish SF1 (OD=32Ra, ID=20Ra), PM Finish SF4 (OD=32Ra, ID=15Ra)
- Certifications: 3A Certificate
- Dimensions: Dimensional Specifications
Note:
- Product markings per ASME BPE 2012 DT-10.1 include job number, 316L, part number, heat number, surface finish code, and ASME BPE compliance.
- MTR (Material Test Report) certifications accompany each fitting, and all fittings are capped to prevent contamination.
The T2S High Purity BioPharm – 90° Weld Elbows deliver the precision, purity, and compliance essential for critical processing environments, ensuring superior performance and safety.
