Can the NiTO SS GZ/GW reduction ring, stainless steel withstand repeated sterilization and cleaning cycles in hygienic environments?

Yes. The NiTO SS GZ/GW reduction ring, stainless steel is made from AISI 316L, a lowâcarbon, molybdenumâalloyed stainless steel designed for high corrosion resistance and excellent resistance to chlorideâinduced corrosion. Its specified service range (â20Â°C to +150Â°C) and pressure rating (up to 25 bar) align with typical hygienic processing conditions. AISI 316L tolerates repeated cleaning and common sterilization methods (hot water, steam, chemical detergents and disinfectants) used in food and healthcare environments, provided temperature and chemical concentrations remain within recommended limits and equipment is properly maintained. For aggressive sterilization cycles (e.g., prolonged highâtemperature steam, strong oxidizers) verify compatibility with your specific cleaning agents and cycle parameters and follow manufacturer maintenance recommendations.

Does the NiTO SS GZ/GW reduction ring, stainless steel maintain sealing integrity under repeated pressure cycles up to 25 bar?

Yes. The NiTO SS GZ/GW reduction ring, stainless steel is specified for working pressures up to 25 bar and is made from AISI 316L, a material with excellent corrosion resistance and mechanical strength suitable for repeated cycling. Within its stated operating temperature range (â20Â°C to +150Â°C) the combination of proper thread fit (external and internal BSP), correct installation torque, compatible mating components, and appropriate sealing (e.g., thread sealant or tape if required for the joint type) will allow it to maintain sealing integrity under repeated pressure cycles up to 25 bar. Caveats: long-term integrity under cyclic loading also depends on system factors not specified hereâsurface finish, thread damage, assembly practice, dynamic loads, pressure cycling frequency/amplitude, presence of aggressive media, and any additional sealing elements. For critical or safetyâcritical applications, validate with cyclic pressure testing in the intended service conditions and follow manufacturer installation guidelines.

NiTO SS GZ/GW reduction ring, stainless steel

Q: Is the NiTO SS GZ/GW reduction ring, stainless steel suitable for use in food processing and medical environments given its AISI 316L construction and corrosion resistance?

Yes. The NiTO SS GZ/GW reduction ring, stainless steel (AISI 316L) is suitable for use in food processing and medical environments. AISI 316L is a low-carbon, molybdenum-bearing stainless steel with excellent corrosion resistance, especially against chlorides and other corrosive agents found in hygienic settings. The product description explicitly states it is intended for conditions with increased hygiene and corrosion-resistance requirements (e.g., food industry, hospitals). Its working pressure up to 25 bar and operating temperature range from -20Â°C to +150Â°C cover common processing and sterilization conditions. Note: final suitability also depends on specific regulatory requirements, surface finish, cleaning/sterilization procedures, and system compatibility; verify against local food/medical standards and installation practices if required.

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Additional information

Reduction ring NiTO made of stainless steel AISI 316L with external and internal BSP threads. Used in conditions with increased hygiene and corrosion resistance requirements (e.g., food industry, hospitals). Material: AISI 316L steel. Working pressure: up to 25 bar. Operating temperature: from -20°C to +150°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
NT-54490A3	Reduction ring, GZ 3/4" BSP x GW 1/2" BSP, stainless steel	-	-	In stock	0 zł		Enquiry

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Reduction ring NiTO made of stainless steel AISI 316L with external and internal BSP threads. Used in conditions with increased hygiene and corrosion resistance requirements (e.g., food industry, hospitals). Material: AISI 316L steel. Working pressure: up to 25 bar. Operating temperature: from -20°C to +150°C.