In food, beverage, pharmaceutical and biochemical industries, process hygiene and product purity are non-negotiable. Equipment that comes into contact with products must be easy to clean, reliably aseptic, and free of contamination risks. Tri-Clamp (also known as Tri-Clover) process connections have become an established standard to meet these stringent requirements.
Why Tri-Clamp Matters in Hygienic Systems
Tri-Clamp connections provide a crevice-free, aseptic joint that eliminates dead space and air pockets where contaminants can accumulate. This hygienic design dramatically reduces the risk of microbial growth and cross-contamination, making it ideal for Clean-in-Place (CIP) and Steam-in-Place (SIP) processes.
The system consists of two identical ferrules clamped together with a precision gasket in between. This simple arrangement ensures a secure, leak-proof seal and allows tool-free assembly and disassembly, significantly simplifying installation, maintenance and cleaning.
At RECHNER Sensors, we equip a wide range of level and process sensors with Tri-Clamp process connections to meet the hygiene standards of regulated industries:
Key Features:
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Hygienic design: Minimal crevices for reduced contamination risk
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Aseptic connection: Easy cleaning and safe surface contact
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Tool-free handling: Faster maintenance and lower downtime
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Standards compliance: Tri-Clamp connections to DIN 32676 Row A (other standards available on request)
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Material excellence: High-grade 316L stainless steel with surface finish optimized for sanitary use
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Flexible options: Adapters for threaded connections (e.g., G½″ or G1″) available if desired
Industry Compatibility
Our Tri-Clamp sensor configurations support hygienic process requirements across:
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Food & beverage production
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Pharmaceutical manufacturing
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Biotechnology and biochemical processing
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Other industries with strict cleanliness standards
Whether you choose to integrate sensors with adapters or select a direct Tri-Clamp process connector, RECHNER offers reliable solutions tailored to your system design.
Benefits for Your Processes
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Improved cleanliness and product safety
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Faster assembly, disassembly, cleaning
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Robust sealing and minimal contamination risk
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Compatibility with CIP/SIP cycles
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High process reliability and uptim








