100CR6 GCr15 SUJ2 SAE52100 BEARING STEEL TUBE Chrome steel by cold drawn

Price 1450 USD ($)/ Ton

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MOQ : 5 Tons

100CR6 GCr15 SUJ2 SAE52100 BEARING STEEL TUBE Chrome steel by cold drawn Specification

Tolerance
OD+/-0.2, WT+8% Millimeter (mm)

Connection
Female

Product Type
Seamless Steel Pipes

Surface Finish
Annealing

End Protector
Rubber Pipe Cap

Material
Steel

Section Shape
Round

Standard
ASTM A53-2007

Technique
Cold Drawn

Surface Treatment
Black Annealed

Alloy or Not
Is Alloy

Outer Diameter
8-150 Millimeter (mm)

Thickness
1.8 - 25 Millimeter (mm)

Length
3000-6000 Millimeter (mm)

Warranty
one year

100CR6 GCr15 SUJ2 SAE52100 BEARING STEEL TUBE Chrome steel by cold drawn Trade Information

Minimum Order Quantity
5 Tons

Supply Ability
1000 Tons Per Month

Delivery Time
25 Days

Main Export Market(s)
North America, South America, Central America, Eastern Europe, Middle East, Western Europe, Australia, Asia, Africa

Main Domestic Market
All India

About 100CR6 GCr15 SUJ2 SAE52100 BEARING STEEL TUBE Chrome steel by cold drawn

Grade:100Cr6/Gcr15/Suj2/SAE52100
Size: 5mm-840mm
Standard: GB/T18254-2016
Certification: ISO9001, SGS, CTI, ROHS

Product Name	100Cr6/Gcr15/Suj2/SAE52100 SEAMLESS STEEL TUBE/PIPE
Material	100Cr6/Gcr15/Suj2/SAE52100
Color	nickel white or baclk
Standard	GB/T-18254 YB/T4146-2016
Grade	100Cr6/Gcr15/Suj2/SAE52100
Heat treatment	Spheroidizing annealing
Production process	Cold drawn ,Cold roller, Hot roller
Handress	179-350HB

Precision Cold Drawn Manufacturing

Our bearing steel tubes are manufactured through a cold drawn process, ensuring high dimensional accuracy with tight tolerances (OD+/-0.2 mm, WT+8%). This technique enhances the mechanical properties, surface quality, and uniformity of the tubes, making them ideal for demanding bearing applications.

Versatile Applications and Uses

These bearing steel tubes are utilized extensively in industries such as automotive, machinery, and manufacturing, where they serve as raceways, rollers, and supporting components. Their excellent hardness, fatigue resistance, and surface finish make them suitable for high-stress environments.

Certified Quality and Reliable Warranty

Complying with ASTM A53-2007, our tubes undergo black annealing to improve corrosion resistance and mechanical strength. We ensure a one-year warranty on material and workmanship, providing peace of mind to our clients.

FAQ's of 100CR6 GCr15 SUJ2 SAE52100 BEARING STEEL TUBE Chrome steel by cold drawn:

Q: How are the 100CR6 GCr15 SUJ2 SAE52100 bearing steel tubes manufactured?

A: These tubes are produced using a cold drawn technique, which allows for precise control of dimensions and enhances the steel's mechanical properties. The process involves pulling the steel through a die to achieve the required outer diameter and wall thickness tolerances.

Q: What are the main uses of chrome steel bearing tubes?

A: The tubes are widely used in applications such as bearings, automotive parts, and machinery components due to their high strength, hardness, and resistance to wear and fatigue.

Q: When should I choose black annealed surface treatment for bearing steel tubes?

A: Black annealed surface treatment is recommended when additional corrosion resistance and improved mechanical properties are required, particularly in environments where the tubes are exposed to moisture or varying temperatures.

Q: Where are these bearing steel tubes commonly installed?

A: They are typically installed in precision machinery, automotive systems, and industrial equipment, especially where rotational or load-bearing components are needed.

Q: What is the process for ensuring size tolerance and dimensional accuracy?

A: Strict manufacturing standards are observed, with tolerances maintained at OD+/-0.2 mm and wall thickness within 8%. Cold drawing and precise measurement tools help guarantee consistency and accuracy.

Q: What benefits do these steel tubes offer over non-alloy options?

A: Being an alloy steel, they provide superior wear resistance, durability, and capacity to withstand high stresses, making them more reliable for critical engineering applications.

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