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Product Introduction
Stainless Steel Threaded Reducer
| Product Advantage
Precision manufacturing: Using advanced processing equipment and techniques to ensure high dimensional accuracy and small tolerance range, it can achieve smooth transitions between pipes of different diameters and reduce fluid resistance.
High welding quality: The welding parts are welded using automatic argon arc welding or laser welding, with smooth and uniform welds, no virtual welding or missed welding, ensuring the overall strength and sealing of the product.
Strict quality inspection: During the production process, international standards such as DIN, ISO, SMS, 3A, IDF, etc. are strictly followed, and multiple quality inspection processes such as X-ray inspection, pressure testing, and surface roughness testing are carried out to ensure reliable product performance.
Diverse connection methods: Provides multiple connection methods, such as clamp (quick installation), welding, threading, etc., easy and fast installation, can meet the needs of different application scenarios.
Good sealing performance: The clamp type connection adopts sanitary sealing rings, which have reliable sealing performance and can maintain good sealing effect even under high pressure or high flow rate conditions.
Easy disassembly: The sanitary grade head with clamp type connection can be quickly disassembled for daily cleaning and maintenance, saving time and labor costs.
| Installation and Operation Guide
Confirm specifications and materials
Before installation, ensure that the specifications (such as caliber, wall thickness) and material (such as 316L stainless steel) of the sanitary grade reducer meet the application requirements, and check whether the surface finish meets industry standards (such as Ra<0.4 μ m) to reduce the risk of bacterial adhesion.
Cleaning and disinfection
Before installation, thoroughly clean and disinfect the large and small heads and their connected pipeline interfaces to avoid introducing pollution sources. Suitable cleaning agents and disinfectants can be used to perform CIP (cleaning in place) or SIP (sterilization in place) procedures.
Correct alignment and installation
Ensure that the large and small heads are aligned with the centerline of the pipeline to avoid any deviation that may cause increased fluid resistance or inadequate sealing.
Installation should be carried out according to the connection method (such as clamps, welding, threads). Clamp connections require uniform tightening of screws, while welding requires low heat input technology.
Welding process (if any)
If welding is used, it must be strictly carried out in accordance with ASME BPE or relevant standards. After welding, weld seam treatment and non-destructive testing must be carried out to ensure the quality of the weld seam.
Sealing verification
After installation, verify the sealing performance of the system through airtightness testing or hydrostatic testing to ensure no leakage.
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