Is the TRICLOVER plug for flange, stainless steel, compatible with standard TRI-CLAMP/TRICLOVER flange sizes and pressure ratings?

Yes . the TRICLOVER plug for flange, stainless steel is designed to be compatible with standard TRI-CLAMP/TRICLOVER flange sizes and pressure ratings when specified correctly. TRICLOVER (Tri-Clamp) systems are standardized: the plug for flange manufactured in stainless steel will fit the corresponding Tri-Clamp (Tri-Clover) ferrule and clamp dimensions (common nominal sizes such as 1/2", 3/4", 1", 1Â½", 2", etc.), provided you select the plug that matches the same nominal size and face finish of your existing ferrules. Compatibility considerations: - Size matching: Always match the nominal flange/ferrule size. A TRICLOVER plug for flange sized for a 1Â½" Tri-Clamp will not fit a 2" ferrule. - Material: Stainless steel plug material is suitable for sanitary, food, biotech applications and typically matches stainless ferrules to avoid galvanic issues and ensure hygienic performance. - Pressure ratings: Tri-Clamp assemblies are rated based on ferrule/clamp design, gasket material, and clamp torque. The TRICLOVER plug for flange in stainless steel will meet standard pressure ranges for comparable Tri-Clamp fittings, but confirm the manufacturerâs specified maximum working pressure for the specific plug size and gasket used to ensure it meets your systemâs pressure requirements. - Gasket/face finish: Ensure the plugâs sealing face and gasket material are compatible with your system (surface finish and gasket type can affect sealing and pressure capability). - Standards and specifications: Verify the plugâs compliance with relevant sanitary standards (e.g., ASME BPE or industry-specific specs) if required. In summary, a TRICLOVER plug for flange, stainless steel will be compatible with standard Tri-Clamp/Triclover flange sizes and typical pressure ratings when you match the nominal size, verify material and gasket selection, and confirm the manufacturerâs pressure specifications.

Can the TRICLOVER plug for flange, stainless steel, be used in sanitary applications requiring FDA-approved materials and finishes?

The TRICLOVER plug for flange, stainless steel may be suitable for sanitary applications only if it meets specific FDA material and finish requirements. Stainless steel itself can be FDA-compliant (commonly 304 or 316 grades), but compliance depends on verified material certification and a sanitary surface finish (typically electropolished with Ra â¤ 0.8 Âµm or as specified). To confirm suitability, you must obtain from the supplier: material grade and mill test certs, confirmation of sanitary surface finish (type and Ra value), and documentation that no nonâFDA coatings or lubricants were applied. Also ensure the plugâs design allows proper cleaning and meets your process validation (CIP/SIP) requirements. Without those documented certificates and finish details, you cannot assume the TRICLOVER plug for flange, stainless steel is acceptable for FDAâregulated sanitary use.

Does the TRICLOVER plug for flange, stainless steel, meet cryogenic temperature service requirements?

Yes. a TRICLOVER plug for flange, stainless steel can meet cryogenic temperature service requirements, but confirmation requires checking specific factors: 1. Material grade: Stainless steels commonly used for Tri-Clamp/Triclover fittings (e.g., 304/304L, 316/316L) retain toughness at moderately low temperatures; 316/316L performs better in more severe cryogenic conditions than 304. For very low temperatures (below â196 Â°C / liquid nitrogen), austenitic stainless steels such as 304/316 generally remain ductile, whereas some other stainless grades may embrittle. 2. Design and manufacturing: The plugâs geometry, wall thickness, welds, and surface finish influence cryogenic performance. Smooth transitions, proper tolerances, and qualified weld procedures reduce stress concentrators that could initiate cracks at low temperature. 3. Sealing element: If the TRICLOVER plug for flange, stainless steel uses a gasket or elastomeric seal, that seal must be rated for cryogenic temperatures. Typical elastomers (EPDM, NBR, Buna) harden and fail at low temps; PTFE, compressed fiber, or specialized cryogenic packings/seals are required. 4. Fasteners and mating components: Bolts, clamps, and adjoining flanges must be compatible with cryogenic service (material selection, thermal contraction allowance). Differential contraction between dissimilar metals can affect integrity. 5. Codes and testing: Compliance with applicable standards (e.g., ASME, PED, customer cryogenic specifications) and documented material certificates (mill test reports) are necessary. Low-temperature impact testing (Charpy V-notch) or material certifications demonstrating suitability may be required for critical service. Conclusion: The base stainless steel TRICLOVER plug for flange, stainless steel can be suitable for many cryogenic applications if the correct stainless grade (preferably 316/316L or specified cryogenic-grade austenitic steel) is used, seals are cryogenic-compatible, and the assembly is designed, manufactured, and certified for the intended temperature range. Verify material grade, seal type, and supplier certifications for your specific minimum temperature and service conditions.

TRICLOVER plug for flange, stainless steel

All products, Hygienic stainless steel couplings/

Additional information

Material	SS – stainless steel

TRICLOVER blind flange. Material: stainless steel.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
NH-TZ-025	TRICLOVER blind flange 25 mm	-	-	In stock	Enquiry
NH-TZ-034	TRICLOVER blind flange for 34 mm collar	-	-	In stock	Enquiry
NH-TZ-050	TRICLOVER blind flange for 50.5 mm collar	-	-	In stock	Enquiry
NH-TZ-064	TRICLOVER blind flange 64 mm	-	-	In stock	Enquiry