304 Chrome Plated Stainless Steel Bar

304 Chrome Plated Stainless Steel Bar

304 Chrome Plated Stainless Steel Bar

304 Chrome Plated Stainless Steel Bar Application :
•   Pneumatic / Hydraulic Cylinder Shaft
•   Textile Components
•   Pump Shafts & Rotors
•   Fitness Equipment
•   Automobile & Mechanical Components
•   Plastic & Rubber Rolls, Moulds, Dies, Screws etc

Material Grade:SS304/SS304L/1.4301/1.4307/UNS S30400/SUS304/304S31/X5CrNi18-10/27CN18-09
Size Range : 12 MM To 800 MM (Above 800 MM can be made as per customer design & specification)
Maximum Length : Up to 7500 MM or as request
Hard Chrome Plating Thickness : min.25 To 30 Microns(As per request)
Surface Finish : RA0.1µm – RA0.4 µm
Chrome Surface Hardness : 850 to 1000HV
Straightness : 0.1 per meter max.

304 Chrome Plated Stainless Steel Bar Manufacturer

Products List

SS316/316L Hard Chrome Plated Bars

316L Stainless Steel Hardened Hard Chrome Plated Shaft

420 Induction Hardened Hard Chrome Rod

410 Chrome Plated Shaft 

304 Stainless Steel Chrome Bar

316 Stainless Steel Chrome Plated Bar

304 Stainless Cold Rolled Rod

S30400 Stainless Chrome Plated Bar

1.4301 Stainless Steel Round Bar

X5CrNi18-10 Stainless Steel Round Rod

SUS304 Stainless Cold Rolled Bar

4130 steel round bar chromed bar

304 Chrome Plated Stainless Steel Bar Round Bar Chemical Composition

304 Chrome Plated Stainless Steel Bar round bar Equivalent Grades

304 Chrome Plated Stainless Steel Bar are typically manufactured using one of two processes: hot rolling or cold drawing.

Hot rolling involves heating the stainless steel billet to a temperature above its recrystallization temperature and then rolling it into a round shape. The resulting bar is then cooled and cut to the desired length.

Cold drawing, on the other hand, involves pulling the stainless steel through a series of dies to create the desired shape and size.

304 Chrome Plated Stainless Steel Bar/304 Stainless Steel Round Bar is austenitic steel with non-magnetic features in the annealed form that offers excellent corrosion resistance to both atmospheric and chemical exposures, in the company of elevated resistance to oxidation.

304 Stainless Steel Round Bar (SS 304 Rods) has excellent forming and welding features. To the national and international quality of raw materials, we also offer these UNS S30400 Round Bars (also known as WNR 1.4301 Bars) in customized sizes and thicknesses per our esteemed clients’ specific demands at market-leading prices.

304 Chrome Plated Stainless Steel Bar for Hydraulic Use

1.Corrosion – Resistant in Hydraulic Fluids

Hydraulic fluids can be corrosive. But with 18% chromium and 8% nickel, the 304 stainless steel base resists rust and corrosion. This keeps the bar in top shape and prevents fluid contamination, ensuring system performance.

2.Strong and Durable Under Pressure
Hydraulics generate high pressures. Our bar, strengthened by chrome – plating, can handle this stress. The hardened surface resists wear, maintaining the bar’s shape for accurate operation of pistons and rods.
 
3.Smooth Surface for Efficiency
The chrome – plated smooth finish reduces friction. In hydraulic cylinders, this means parts move freely, improving efficiency and control.
 
4.Reliable in All Hydraulic Settings
Whether in factory machinery or construction equipment, our bar stands up to vibrations, temperature changes, and dirt. It’s a reliable choice for enhancing hydraulic system performance and lifespan.

304 Chrome Plated Stainless Steel Bar Package

In the construction machinery industry, hydraulic presses equipped with stainless steel piston rods are widely used in the production of large scale structural components. Take a steel structure manufacturing company as an example:
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The stainless steel piston rods, usually made of 304 or 316 stainless steel, resist corrosion from various construction related substances, such as cement dust and rainwater. During the pressing process, their high strength nature allows them to endure substantial pressure, ensuring the dimensional accuracy of the formed steel structures.
 
The reduced friction due to the smooth surface not only saves energy but also prolongs the service life of the hydraulic system. This makes the hydraulic press more reliable and cost effective in long term heavy duty operations.