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Parts by Number for 316L Stainless Top

Part # Distributor Manufacturer Product Category Description
SS12 EPE-316L Global Industrial Cuno Incorporated Not Provided 3m Aqua-Pure Ss12 Epe-316l, Stainless Steel Electro-Polished 12-Round Filter Housing
ASA182F316L31615 PLC Radwell Enlin Machine Parts, Shaft & Shafting FLANGE STAINLESS STEEL 4HOLE MOUNT
CSD242412SS6 Allied Electronics, Inc. HOFFMAN ENCLOSURES Not Provided Stainless Encl. 24.00x24.00x12 , 24.00x24.00x12.00, SS Type 316L
A36H3008SS6LP Allied Electronics, Inc. HOFFMAN ENCLOSURES Not Provided Stainless Encl. 36.00x30.00x8. , 36.00x30.00x8.00, SS Type 316L
LWC206015SS6 Allied Electronics, Inc. HOFFMAN ENCLOSURES Not Provided Stainless Encl. 200x600x150mm , 200x600x150mm, SS Type 316L

Conduct Research Top

  • Role of Surface Composition on the Corrosion Resistance of Electropolished 316L Stainless Steel (.pdf)
    of base chemistry. Role of Surface Composition on the Corrosion Resistance of Electropolished 316L Stainless Steel Role of Surface Composition on the Corrosion. Resistance of Electropolished 316L Stainless Steel. ). 0.02. y = 0.005x + 0.0012. Brian DeForce, Sunniva Collins, and Pete Williams. R2
  • Comparing the characteristics of surface-passivated and electropolished 316L stainless steel
    , AISI 316L stainless steel has an intrinsic corrosion resistance because of its ability to form a protective oxide or "passive" layer on its surface by alloying >12% chromium with iron, nickel, and molybdenum. This protective layer is thought to consist of a heterogeneous chromium oxide film (Cr
  • Mechanical Properties of Metal Injection Moulded 316L Stainless Steel Using Both Prealloy and Master Alloy Techniques
    Stainless steel 316L MIM components can be made from either prealloyed powders or from master alloys blended with carbonyl iron powder. In this study these two techniques were compared using prealloyed and master alloyed gas atomised powders of 216 ?m and 222 ?m sizes. Four different compounds were
  • Surface Chemistry Improvements on 316L Stainless Steel Weld
    Passivation of austenitic stainless steel surfaces has been practiced on high purity water systems for many years, and is. generally defined as the removal of iron and iron compounds from the surface to improve the passive film and increase. corrosion resistance. The surface chemistry, structure
  • Role of Manganese in the Corrosion of Welded 316L (.pdf)
    decreases the corrosion resistance of. % Manganese. the underlying material. Figure 2 - Effect of manganese on CPT. The present study examines the effect of base. chemistry, in particular manganese, on the corrosion of. of welded 316L tubing. electropolished and welded 316L stainless steel tubing
  • Weldability and Corrosion Studies of AISI 316L Electropolished Tubing (.pdf)
    . elements in δFe (bcc) and γFe (fcc). amount of δ-ferrite reduces the tendency for hot. cracking when 316L is welded. (8, 9) However,. Element. Solubility. Solubility in. the presence of δ-ferrite in welded austenitic. in ferrite,. austenite, wt. stainless steel has been found to stimulate pitting
  • Stainless Steel Anodizing and Electropolishing
    of 316L stainless steel. The solution is operated at. room temperature. A heating system is not necessary. A chiller is required to cool the. electrolyte. Counter electrodes should be platinized titanium. Either mechanical agitation. or air agitation is sufficient for stainless steel anodizing
  • Carbon Paraequilibrium in Austenitic Stainless Steel
    ,. the calculations predict a paraequilibrium carbon solubility of ;5.5 at. pct. Carburization of 316L. stainless steel at these temperatures, however, results in significantly higher concentrations of carbon. in solid solution—up to 12 at. pct. Much better agreement with experimental data is obtained

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