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Sanitary Direct-Mount Tri-Clamp 3-Way Ball Valve
Sanitary Direct-Mount Tri-Clamp 3-Way Ball Valve
Sanitary Direct-Mount Tri-Clamp 3-Way Ball Valve
The Sanitary Direct-Mount Tri-Clamp 3-Way Ball Valve (High-Platform Type) is an advanced multi-port fluid routing solution engineered specifically for high-purity processing systems. Equipped with an integrated high-platform ISO 5211 mounting pad, this valve permits electric or pneumatic actuators to be bolted directly onto the valve body. This direct-mount configuration entirely eliminates the need for external brackets or drive couplings, significantly minimizing mechanical backlash, reducing the footprint, and ensuring stable automation.
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Product Overview

The Sanitary Direct-Mount Tri-Clamp 3-Way Ball Valve (High-Platform Type) is an advanced multi-port fluid routing solution engineered specifically for high-purity processing systems. Equipped with an integrated high-platform ISO 5211 mounting pad, this valve permits electric or pneumatic actuators to be bolted directly onto the valve body. This direct-mount configuration entirely eliminates the need for external brackets or drive couplings, significantly minimizing mechanical backlash, reducing the footprint, and ensuring stable automation.

Available in both L-Type and T-Type flow configurations, this 3-way ball valve serves as a highly efficient hub for fluid diversion, mixing, blending, and multi-directional flow routing. Constructed from high-purity stainless steel with a mirror-polished interior cavity and non-retentive seals, it eliminates dead legs and prevents bacterial growth, making it a premier choice for automated sanitary processing.

Technical Requirements & Compliance Standards

1. Structure & Face-to-Face Dimensions

  • Face-to-Face Standard: Manufactured in strict accordance with the Manufacturer’s Standard (Factory Standard) for an optimized, compact structural length and minimal pipeline footprint.

2. Connection Interface

  • Connection Type: Clamp-type / Tri-Clamp

  • Compliance Standard: Manufactured to ISO 2852-93(Stainless steel clamp pipe couplings for the food industry), ensuring total geometric compatibility and seamless interchangeability with global hygienic piping networks.

3. Design & Manufacturing Framework

  • Design Standard: Engineered and built in full compliance with GB/T 12237-2008(Stainless steel ball valves for petroleum, petrochemical and allied industries / adapted for general sanitary application specs), guaranteeing robust structural wall thickness, blowout-proof stem safety, and excellent torque profiles.

4. Inspection & Pressure Testing

  • Testing Standard: 100% inspected and pressure-tested under GB/T 13927-2008(Industrial valves - Pressure testing). This ensures absolute bubble-tight sealing across the valve seats and zero leakage through the shell housing prior to leaving the factory.

Core Product Advantages

  • Direct-Mount Actuation Platform: Designed with a built-in high platform complying with ISO 5211. Actuators connect directly to the stem, reducing the automation footprint, lowering structural stress, and eliminating the extra costs of brackets and adapters.

  • Versatile Multi-Port Fluid Flow: The internal T-port or L-port routing options replace multiple single valves, simplifying complex piping layouts, decreasing fluid retention zones, and optimizing system engineering.

  • Global Sanitary Interchangeability: The ISO 2852-93 clamp connection ensures tool-free assembly and rapid line breakdown for manual washdowns or quick seal replacements.

  • Zero Leakage Assurance: Compliance with the rigorous testing standards of GB/T 13927-2008 guarantees reliable multi-directional isolation and reliable batch-to-batch product separation.

Primary Fields of Application

  • Hygienic Processes: Multi-directional routing of raw milk, juices, craft beer wort, soft drinks, and liquid food filling lines.

  • Pharmaceutical & Biotech: Purified Water (PW) loops, Water for Injection (WFI) distribution, and sterile multi-channel ingredient batching.

  • Fine Chemicals & Cosmetics: Automated ingredient diversion, personal care product blending, and precise chemical dosing networks.

  • Automated CIP/SIP Hubs: Directional switching of sanitizing acids, alkalis, high-temperature steam lines, and purified rinse streams.

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