130x3000mm POM Rod

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MOQ : 10 Kilograms

130x3000mm POM Rod Specification

Product Type
Rod

Plastic Type
POM (Polyoxymethylene), Acetal

Plastic Molding Type
Extruded

Thickness
130 mm

Density
1.41 Gram per cubic centimeter(g/cm3)

Strength
High mechanical strength

Shape
Round

Impact Resistance
Excellent

Surface Finish
Smooth

Tensile Strength
~70 MPa

Applications
Precision parts, gears, bushings, rollers, mechanical engineering

Color
Natural (white), Black

Operating Temperature Range
-40C to +100C

Water Absorption
Low

Hardness
Rockwell M80

Chemical Resistance
Resistant to solvents, oils, and fuels

Diameter
130 mm

Tolerance
0.2 mm

Length
3000 mm

130x3000mm POM Rod Trade Information

Minimum Order Quantity
10 Kilograms

Supply Ability
5000 Kilograms Per Month

Delivery Time
7 Days

About 130x3000mm POM Rod

Add to Cart now and experience the elite POM Rod, 130x3000mm, available in Natural (white) and Black. Reduced in weight but triumphant in strength, this champion rod boasts a remarkable operating temperature from -40C to +100C. Enjoy enlightened performance thanks to its smooth surface finish, low water absorption, and Rockwell M80 hardness. The rod's high tensile strength (~70 MPa), excellent impact resistance, and outstanding chemical resistance ensure it stands up to demanding mechanical engineering tasks. Choose a product trusted by India's leading manufacturers, suppliers, and traders today.

Competitive Advantages & Ideal Applications

With a precision diameter of 130mm and exceptional mechanical properties, the 130x3000mm POM Rod is a champion for demanding applications. Its high strength, elite solvent resistance, and low water absorption make it suitable for gears, bushings, rollers, and precision engineering components. Simply cut or machine as required for your project, and benefit from consistent performance across mechanical and industrial settings, ensuring reduced maintenance and triumphant operation.

Packaging, Stock, and Proposal Terms

All shipped goods arrive securely packaged, with rods wrapped to prevent moisture ingress and transit damage. Our supply ability ensures stock ready for immediate dispatch, meeting both bulk and custom order demands. Payment proposal amounts are flexible - ranging from advance payment to net terms, depending on agreement. Trust in our logistics to deliver damage-free, competitively-priced POM rods for your requirements.

FAQ's of 130x3000mm POM Rod:

Q: How do I select the correct size and color for my application?

A: To choose the appropriate 130x3000mm POM Rod, consider your design's diameter and color needs. The available sizes and colors (Natural white and Black) cater to various industrial requirements. Assess the dimensions and color visibility preferences for proper selection.

Q: What are the main benefits of using a POM Rod in mechanical engineering?

A: POM Rods offer high mechanical strength, excellent impact and chemical resistance, and low water absorption, making them ideal for precision moving parts like gears, rollers, and bushings in challenging environments.

Q: Where is the 130x3000mm POM Rod commonly used?

A: This rod is widely used in manufacturing sectors-especially for making precision parts, custom gears, bushings, and rollers in machinery, automotive, and engineering industries where durability is crucial.

Q: What is the process for ordering and receiving the rod?

A: Simply add the required quantity to your cart, confirm your order, and our team will process it. All shipped goods are packaged securely and dispatched promptly from our available stock, ensuring timely delivery.

Q: How is the rod packaged and protected during shipping?

A: Each rod is wrapped to prevent scratching, bending, and moisture damage during transit. Bulk orders receive additional palletized support for secure and damage-free shipping.

Q: When should POM Rods be used instead of other plastic rods?

A: Opt for POM Rods when you require high dimensional stability, resistance to solvents, and superior mechanical strength in components exposed to sliding, friction, or mechanical stresses.

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