Square And Rectangular Die Spring

Square And Rectangular Die Spring Specification

Capacity
150 kg - 1000 kg

Style
Square & Rectangular

Load Type
Heavy Load

Material
Alloy Steel

Wire Diameter
2 mm - 12 mm

Surface Finish
Powder Coated

Fatigue Test
50,000 - 250,000 Cycles

Application
Die Machinery, Press Tools

Tolerance
0.005 mm

Shape
Flat Rectangular, Square

Length
30 mm - 300 mm

Color
Green, Blue, Red, Yellow

Corrosion Resistance
Yes

Operating Temperature
-20C to +120C

Hardness
45-55 HRC

Square And Rectangular Die Spring Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
50000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Square And Rectangular Die Spring

Discover a breathtaking range of Square and Rectangular Die Springs designed for top-tier performance in demanding applications. Made from premium alloy steel, these springs offer fresh durability and exceptional corrosion resistance, ensuring longevity even under heavy loads between 150 kg to 1000 kg. Enjoy an extraordinary discount and price cut-perfect for manufacturers, exporters, and suppliers seeking reliability without compromise. Each spring features brilliant color coding (green, blue, red, yellow), operates from -20C to +120C, and passes rigorous fatigue tests up to 250,000 cycles. Paragon precision with 0.005 mm tolerance speaks to their remarkable engineering.

Unmatched Material Quality and Versatility

Crafted from robust alloy steel, these die springs offer extraordinary hardness (45-55 HRC) and resist corrosion impeccably. Used by leading professionals in die machinery and press tools, their versatile flat rectangular or square style accommodates various operational methods. With lengths spanning 30 mm to 300 mm and wire diameters from 2 mm to 12 mm, these springs seamlessly integrate into routine and specialized applications alike, delivering consistent, reliable results in challenging environments.

Global Markets, Logistics, and Sampling Support

Square and Rectangular Die Springs enjoy strong demand in international markets, bolstered by superior supply ability and streamlined sampling options. Exporters and manufacturers from India offer prompt handover and well-organized freight processes, ensuring timely delivery. Competitive list prices provide added value for bulk purchases. Samples are available for evaluation, allowing clients to confirm performance before order finalization, highlighting our commitment to smooth transactions and global customer satisfaction.

FAQ's of Square And Rectangular Die Spring:

Q: How should Square and Rectangular Die Springs be installed for optimal performance?

A: For best results, these springs should be installed according to the manufacturer's guidelines within die machinery or press tools, ensuring proper alignment and secure seating to maximize load distribution and spring longevity.

Q: What benefits does the powder-coated finish provide to these die springs?

A: The powder-coated surface not only offers vibrant color identification (green, blue, red, yellow) but also enhances corrosion resistance, extending spring life in harsh operating environments.

Q: When is it advisable to replace these die springs in machinery?

A: Replace springs after reaching or nearing their fatigue test cycle range (50,000-250,000 cycles), or when a significant decrease in load performance is noticed during operation.

Q: Where are these die springs commonly used?

A: They are widely utilized in die machinery, press tools, and other heavy-duty industrial applications requiring reliable compression, high load-bearing capacity, and precise tolerances.

Q: What process ensures each spring meets quality standards?

A: Each spring undergoes meticulous manufacturing with strict tolerance control (0.005 mm), powder coating, and fatigue testing to guarantee durability, resilience, and conformity to international export standards.

Q: How does the 0.005 mm tolerance affect application accuracy?

A: This paragon level of precision allows seamless integration with machinery, reducing wear and supporting optimal operation in high-precision industrial contexts.