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Qualité Précision 1020 d'Astm A513 Dom Square Tubing Welded usine

Précision 1020 d'Astm A513 Dom Square Tubing Welded

ASTM A513 1020 DOM Tubing Square Tubing Sizes 0.188” to 12.000” O.D. with 0.028” to 0.625” W.T. Length Stocked in 17.000’ - 24.000’ random lengths (cut to length available) Single Random, Double Random & Required Length, Custom Size - 12 Meter lengths Added Service Draw & Expansion as per required Size & Length Heat Treatment, Bending, Annealed, Machining Etc. End Connections Plain, Screwed, Bevel, Threaded Type Seamless / Welded / ERW / Fabricated / CDW ASTM A513/ ASME SA513

Qualité Tubes de chaudière sans couture d'acier au carbone d'ASTM A556 étirés à froid usine

Tubes de chaudière sans couture d'acier au carbone d'ASTM A556 étirés à froid

ASTM A556 Seamless Cold Drawn Carbon Steel Tube Boiler Tube for Tubular Feed Water Heaters Scope This specification covers minimum-wall-thickness, seamless cold-drawn carbon steel tubes including bending into the form of U-tubes,if specified,for use in tubular feed water heaters. Size : from 5/8 to 1 1/4-in 15.9-31.8mm Outerside diameter,inclusive,with minimum wall thickness equal to or greater than 0.045inch (1.1mm) Order Information: OD: 5/8’’- 1 1/4” (15.9-31.8mm) WT: ≥ 0

Qualité Tubes à ailettes en aluminium des systèmes de refroidissement OD16mm de vaporisateur usine

Tubes à ailettes en aluminium des systèmes de refroidissement OD16mm de vaporisateur

Fin Tube Aluminium Evaporator Fin Tube Coil Fintube Cooling Systems 1.Information of finned tubes: Base tubes material : stainless steel tube, carbon steel tube , copper steel tube Base tube’s range of OD: 10-55mm Base tube’s range of WT: 1-3mm Fin thickness range: 0.3-1.5mm Fin height range: 10-18mm Fin material: Aluminum 2.High-frequency resistance welding spiral finned tube is to introduce high-power high-frequency current into the welded part, and use the resistance heat

Qualité Tubes sans soudure en acier inoxydable à plusieurs noyaux avec revêtement en plastique pour la construction navale de catégories 304L/316L/Duplex 2205 et de techniques de traction à froid/de laminage à chaud usine

Tubes sans soudure en acier inoxydable à plusieurs noyaux avec revêtement en plastique pour la construction navale de catégories 304L/316L/Duplex 2205 et de techniques de traction à froid/de laminage à chaud

Multi-Core Stainless Steel Seamless Tube For Shipbuilding Material A multi-core tube (also called a multi-line tube bundle) is a prefabricated assembly that integrates multiple seamless stainless steel tube “cores” inside one extruded plastic protective jacket . It is designed to route hydraulic, pneumatic, lubrication, and instrumentation lines through tight shipboard spaces with fewer clamps, joints, and installation steps. Specifications Construction: 2–12 stainless tube

Qualité Tube sans couture de recuit lumineux d'alliage de nickel pour l'échangeur de chaleur UNS N06600 usine

Tube sans couture de recuit lumineux d'alliage de nickel pour l'échangeur de chaleur UNS N06600

ASTM B167 UNS N06600 Seamless Nickel Alloy Tube for Heat Exchanger TORICH is a Professional Manufacturer of ASTM B167 UNS N06600 Seamless Nickel Alloy Tube, which is for Nickel-Chromium-Iron Alloys and Nickel-Chormium-Cobalt-Molybdenum Alloy and Nickel-Iron-Chromium-Tungsten Alloy Steel Tubing for General Service We can manacture stainless steel tubes based on the following technical standard: ASTM A213,ASTM A312,ASTM A511,ASTM A269,ASTM A249,ASTM A358 The Stainless Steel

Qualité Tuyauterie lourde structurelle ronde En10216-1, épaisseur de mur de paroi épaisse du tube 100mm de mur usine

Tuyauterie lourde structurelle ronde En10216-1, épaisseur de mur de paroi épaisse du tube 100mm de mur

EN10216-1 P195TR1 , P195TR2 , P235TR1 , P235TR2 Seamless Heavy Wall Steel Pipes Standard: EN10216-1 Seamless steel tubes for pressure purposes-Technical delivery conditions Non-alloy steel tubes with specified room temperature properties Applications: for manufacturing pipelines, vessel. Euqipment.pipt fittings and steel structure Size range: O.D.:10.2-711mm W.T.:1-100mm L:max12000mm Chemical composition Steel Grade C Si Mn P S Cr Mo Steel Name Steel Number max max max max

Qualité Tube à ailettes en carbone de type L superposé, tube à ailettes de type LL avec ailettes enroulées en hélice et conductivité thermique élevée pour échangeurs de chaleur usine

Tube à ailettes en carbone de type L superposé, tube à ailettes de type LL avec ailettes enroulées en hélice et conductivité thermique élevée pour échangeurs de chaleur

Overlapped L Type Fin Tube Carbon LL Type Finned Tube for Heat Exchanger Product Overview Overlapped L type fin tube, also called LL type finned tube or LL-foot fin tube, is a tension-wound finned tube where L-shaped fins are helically wrapped around a carbon steel base tube and each fin foot overlaps the previous one. This creates a double “L” foot that completely jackets the outer surface of the tube. For carbon LL type fin tubes, the base tube is typically seamless low- or

Qualité Tube d'alliage de nickel d'ASME SB163 UNS N08825 pour le condensateur usine

Tube d'alliage de nickel d'ASME SB163 UNS N08825 pour le condensateur

ASME SB163 UNS N08825 Nickel Alloy Seamless Steel Tube for Condenser ASME SB163 UNS N08825 Nickel Alloy Seamless Steel Tube for Condenser Product Name: ASME SB163 UNS N08825 Nickel Allot Seamless Steel TubeProduct Keyword:Nickel Alloy Steel Pipe Grade: UNS N02200, N04400, N06603 N08825 EtcApplication:For Condenser And Heat Exhchanger WT: 4.19mm Max OD: 76.2mm Max Type: SeamlessHeat Treatment:Annealed/Cold Worked/ Stress Relieved Referenced ASTM Standard: B 829 Specification

Qualité H Type Finned Tube HFW High Frequency Welded for Industrial Radiators with H Type Geometry usine

H Type Finned Tube HFW High Frequency Welded for Industrial Radiators with H Type Geometry

H-Type Finned Tubes – High-Frequency Welded (HFW) Finned Tubes for Industrial Radiators Material The H-type finned tube described here is a high-efficiency heat-exchanger component. It consists of a base tube (commonly carbon steel, alloy steel or stainless steel) onto which fins are welded by high-frequency resistance welding (HFW). The fins (flat, serrated or H-type geometry) are wound or pressed onto the outer surface of the tube and welded continuously, creating a tight