Sae8620 40crnimo alloy steel forging roller shaft

Sae8620 40crnimo alloy steel forging roller shaft

$300-3500 /Ton

Payment Type:	L/C,Western Union,T/T
Incoterm:	CFR,FOB,CIF,EXW,Express Delivery
Min. Order:	1 Ton
Transportation:	Ocean,Land,Air,Express
Port:	SHANGHAI

Length:

up to 9000mm

Option:

As per request

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Product Description

Product Attributes

Packaging & Delivery

Product Description

Product Attributes

Brand: JYGD

Core Components: Engine

Structure: Gear

Application: Industrial Equipment

Process: Forging+Machining+Heating Treatment

Certification: Iso 9001:2008

MOQ: 1 Pc

Quality Control: 100% Range Inspection

Service: Oem\Odm

Quality: 100% Tested

After Warranty Service: Spare Parts

Applicable Industry: Manufacturing Plant, Building Material Shops, Construction Works

Out-of-warranty Service: Video Technical Support

Where To Provide Local Services (in Which Countries Are There Overseas Service Outlets): None

Showroom Location (in Which Countries Are There Sample Rooms Overseas): None

Video Factory Inspection: Provided

Mechanical Test Report: Provided

Marketing Type: Ordinary Product

Core Component Warranty Period: 1 Year

Covering Material: Black Oxide

Place Of Origin: China

Packaging & Delivery

Selling Units	:	Ton
Package Type	:	wooden package or steel package, seaworthy packing

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Sae8620 40crnimo alloy steel forging roller shaft1

Die forging s355 Q345 steel pipe sleeve cylinder/ A105 steel roller sleeve1

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Product Description

Forging Steel Roller shafts are critical components in various industrial applications, particularly in metal forming processes like rolling mills, These shafts are subjected to high levels of stress and require robust design and material selection to ensure longevity and performance.

Key points for Steel Gear shafts:

1. Typically made from high-strength steel alloys to withstand the mechanical stresses involved in forging and rolling operations.

2. Often undergo heat treatment processes such as quenching and tempering to enhance their mechanical properties.

3. High precision is required in maching these parts to ensure smooth operation and mininmize wear.

4. The surface finish is crucial fro reducing friction and wear, often requiring specialized finihsing techniques.

5. Design must take into account factors like load distribution, thermal expansion, and fatigue resistance.