High Tensile Hex Bolts

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MOQ : 5000 Pieces

High Tensile Hex Bolts Specification

Grade
8.8 10.9 and 12.9

Head Type
HEX

Capacity
100 Ton/day

Standard
ASTM BIS

Surface Treatment
Anodization

Diameter
8 to 100 Millimeter (mm)

Material
Alloy Steel

Tolerance
0.5MM Millimeter (mm)

High Tensile Hex Bolts Trade Information

Minimum Order Quantity
5000 Pieces

Payment Terms
Cheque

Supply Ability
100000 Pieces Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

About High Tensile Hex Bolts

With an aim to reach the topnotch quality standards, we are working hard to manufacture and supply a huge range of High Tensile Fasteners. These fasteners are available for the patrons in various dimensions and sizes, in order to match with their different requirements. Our offered fasteners are suitable for installation in various machines. The entire range of High Tensile Fasteners is offered to clients at cost effective prices.

Features:

Precise dimensions
High impact strength
Fine finishing

Precision and Durability Guaranteed

Crafted with meticulous attention to detail, our High Tensile Hex Bolts accommodate industrial demands where strength, precision, and reliability are paramount. The anodized surface treatment not only resists corrosion but also enhances longevity, making these bolts suitable for both structural and mechanical assemblies.

Engineered for Diverse Applications

Available in a wide diameter range and multiple strength grades, these hex bolts serve heavy engineering, construction, automotive, and infrastructure projects. Their adherence to ASTM and BIS standards ensures compatibility and safety across sectors.

Commitment to Quality Manufacturing

With a production capacity of 100 tons per day, our state-of-the-art facilities in India leverage advanced technologies and stringent quality control processes to deliver consistent, high-performance bolts to our clients worldwide.

FAQs of High Tensile Hex Bolts:

Q: How are these High Tensile Hex Bolts manufactured to ensure quality and precision?

A: These bolts are produced using high-grade alloy steel and modern machinery. They undergo a precise machining process that maintains a 0.5 mm tolerance and are anodized for superior surface protection. Consistent quality is assured through rigorous inspections in compliance with ASTM and BIS standards.

Q: What are the main applications or industries that benefit from these Hex Bolts?

A: These high tensile hex bolts are ideal for use in construction, heavy machinery, automotive assembly, infrastructure development, and other engineering projects that require reliable and strong fasteners.

Q: When should I choose Grade 8.8, 10.9, or 12.9 bolts for my project?

A: Choose the bolt grade based on your applications load and strength requirements: 8.8 for medium-duty, 10.9 for high tensile needs, and 12.9 for maximum load-bearing situations such as heavy machinery or critical structural connections.

Q: Where are the High Tensile Hex Bolts supplied from?

A: Our bolts are manufactured in India and distributed nationwide and internationally, supported by extensive manufacturing and supply capabilities to meet client demands efficiently.

Q: What is the typical process for ordering and receiving these bolts?

A: Clients can order based on required diameter, grade, and quantity. After confirmation, bolts are produced to specifications, undergo inspection, and are shipped promptly. Our daily capacity of 100 tons ensures timely delivery for bulk orders.

Q: How does the anodization surface treatment benefit these bolts?

A: Anodization significantly improves surface durability, making the bolts resistant to corrosion, abrasion, and wear. This extends their operational life, especially in harsh or outdoor environments.

Q: What are the usage advantages of installing High Tensile Hex Bolts with ASTM and BIS standards?

A: Installation of these standard-compliant bolts assures high strength, accurate fitting, and structural integrity, reducing maintenance and increasing the service lifespan of the assembled structure or machine.

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