cold drawn steel pipe
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ラジエーターのためのModine C71500 3MmのFinned銅管
Modine Finned Copper Tube and Tubing for Radiator Specifications: Fin Tube Max Design Temperature
ASTM A210 ボイラーとスーパーヒーター用チューブ
ASTM A210 Seamless Carbon Steam Boiler Tubes for Boiler and Superheater Applications: For Boilers,Superheaters,Steam linepipes of boilers Technique: Cold-drawn Steel Grade/Steel Material: A-1, C Size range: O.D. 6-168mm W.T. 1-15mm Length max 12000mm Characteristic: Good concentricity Good OD and ID tolerance High Precision Stable quality Smooth Roughness TORICH QUALITY ASSURANCE Chemical Composition: Steel Grade and Chemical Compositions: Grade C Mn P S Si A-1 ≤0.27 ≤0.93 ≤0
精密許容管ASTM-A513-T6 St37.2 0.3μMのRA IDの高い荒さ
Precision Tolerance Tubing ASTM-A513-T6 St37.2 0.3μM RA ID High Roughness Quick detail: Standard of precision carbon steel tube :DIN 2393 ASTM-A513-t6 EN10305 ASTM A519 GOST 5005 -82 DIN2394 JIS-G3445 DIN2391 BS6323 GOST8734-75 IS3074 ASTM A513 Material:CEW 1020 St37.2 Delivery condition:BK,No heat treatment Material CEW1,CEW2,CEW3,CEW,CEW5 Production method The tubes shall be manufactered f'rom flat rolled strip,longitudinally welded continuously by the passage of an eletric
EN10305-4 E355堅いChromeは油圧空気シリンダー機械工学者のための精密棒をめっきした
EN10305-4 E355 Hard Chrome Plated Precision Rod for Hydraulic Pneumatic Cylinders Mechanical Engineer EN10305-4 seamless precision bending steel tubes of hydraulic systems Size for Precision Steel Tube: 5-100mm Delivery condition for Precision Steel Tube: +N, +C,+LC, +SR, +A 1. Standard for Precision Steel Tube: EN10305-4 Cold drawn Precision Seamless Steel Pipes 2. Steel Grade for Precision Steel Tube: E215,E235,E355, other materials upon agreement with customers. 3.
G-Type Embedded Fin Tube with High Thermal Efficiency and Corrosion Resistance for Heat Exchangers
Embedded Fin Tube – Carbon Steel “G-Type” Finned Pipe for Heat Exchangers Material The product is a G-type embedded finned tube , consisting of a carbon steel base tube and mechanically embedded helical fins. The fins can be made from aluminum, copper, stainless steel, or carbon steel , depending on service temperature, corrosion conditions, and thermal conductivity requirements. The embedded structure ensures excellent fin-to-tube bonding and enhanced heat transfer
CK45 研磨油圧スキブおよびローラーバーニッシュ SRB チューブ 油圧機器用
CK45 C20 Q355B E355(ST52) SAE1026 Honed Hydraulic Tube Skived and Roller Burnished Tube (SRB Tubes) for Hydraulic Equipment Material and Specification Honed hydraulic tubes, particularly those that are skived and roller burnished (SRB), are essential components in hydraulic equipment. These tubes, such as the CK45, C20, Q355B, E355(ST52), and SAE1026, are known for their impeccable surface finishes and tightly controlled dimensional tolerances. They are ideal for applications
ASME SA213 グレード T12 内糸無縫低合金熱交換管 Cr-Mo 設計と 30-325 mm OD
ASME SA213 Grade T12 Internal Thread Tube — Seamless Low-Alloy Tube for Heat Exchangers Material Overview ASME SA213 Grade T12 (UNS K11562) is a seamless chromium–molybdenum (Cr-Mo) low-alloy steel tube widely specified for boiler, superheater, and heat-exchanger service where elevated-temperature strength and pressure integrity are required. The ASME SA-213 specification is the Code adoption of ASTM A213/A213M for these seamless alloy-steel tubing applications. Specification
EN 10305-4 E235 DIN2391は油圧管40mmの反錆をリン酸で処理した
EN 10305-4 E235 DIN2391 Phosphated Hydraulic Tube The surface of phosphating precision seamless steel pipe is especially suitable for painting or spray coating. The paint surface has strong adhesion, excellent effect and beautiful ,anti rust effect Greatly strengthened. Production Routing: Quality carbon steel from bao steel etc big mill, cold drawing the heat treatment without oxidization , NBK condition. Do nondestructive testing , HT tests and do dipping oil antirust
覆うL型フィンチューブ 炭素型LL型フィンチューブ 螺旋回転のフィンと高熱伝導性
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
