Hex Flange Nut

Name: Hex Flange Nut
Brand: Vishnu enterprises
Price: 50 INR
Availability: InStock

Price 50 INR/ Kilograms

Get a Price/Quote

MOQ : 10 Kilograms

Hex Flange Nut Specification

Corrosion Resistant
Yes, with appropriate surface treatment

Torque
Recommended as per size and grade

Shape
Hexagonal with integrated flange

Drive Type
Hex

Tensile Strength
800 - 1200 MPa

Thread Type
Metric, Coarse, Fine

Diameter
M6 to M24

Load Capacity
Varies by grade and size

Hardness
Rockwell C25-C42

Thickness
Standard as per specification

Finish
Polished, Plain, Electroplated

Standard
DIN 6923, ISO 4161, JIS B 1190

Surface Treatment
Zinc Plated, Hot Dip Galvanized, Black Oxide

Capacity
Depends on size

Head Type
Hex Flange

Feature
Prevents loosening, Distributes load

Grade
8, 10, 12

Fasteners Type
Flange Nut

Material
Carbon Steel, Stainless Steel, Alloy Steel

Tolerance
0.05 mm

Application
Automotive, Machinery, Construction, Engineering

Bolt Compatibility
Suitable for standard hex bolts

Packing Type
Carton Box, Gunny Bag, Bulk

Color
Silver, Black, Custom

OEM Service
Available

Temperature Range
-40C to 300C

Resistance
High vibration resistance

Minimum Order Quantity
1000 pieces

Flange Diameter
Increased load-bearing surface

Reusability
Yes, multiple cycles

Hex Flange Nut Trade Information

Minimum Order Quantity
10 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Hex Flange Nut About

Experience the splendiferous adaptability of our Hex Flange Nut. Acclaimed across industrial landscapes, this customizable fastener features an incomparable flange diameter for a supreme load-bearing surface. Offered in silver, black, or custom colors, it resists high vibrations and endures temperatures from -40C up to 300C. Supplied in carton boxes, gunny bags, or bulk, with OEM service available. Perfect for supplier and trading needs in India, it is compatible with standard hex bolts. Minimum order: 1000 pieces. Reusable for multiple cycles, these nuts are truly unmatched in performance and reliability.

Applications and Users of Hex Flange Nut

Hex Flange Nuts are widely applied in automotive assembly, machinery manufacturing, electrical panels, and construction frameworks. Regularly used by engineers, maintenance professionals, and manufacturers, they serve as essential fasteners in connecting structural and mechanical joints. These nuts are often used as secure locking solutions where high vibration resistance is needed, ensuring prolonged stability in industrial environments.

Samples, Payment Terms, and Export Markets

Hex Flange Nut samples can be supplied upon request. Once an order is confirmed at the agreed list price, payment terms are flexible and can be discussed before supply is handed over. We serve a broad range of export markets, ensuring timely delivery to regions such as Asia, Europe, and the Middle East. Our supply chain is optimized for prompt dispatch and reliable service.

FAQ's of Hex Flange Nut:

Q: How are Hex Flange Nuts typically used in industrial settings?

A: Hex Flange Nuts are commonly used to secure connections to machinery, vehicles, and structural applications, especially where vibration is a concern and a firm, long-lasting fastening is needed.

Q: What types of bolts are compatible with these Hex Flange Nuts?

A: They are suitable for standard hex bolts, enhancing versatility and simplifying inventory for suppliers and traders.

Q: When can I expect a sample to be supplied after my request?

A: Samples are supplied promptly upon request and confirmation of sample terms, helping you evaluate product quality before bulk ordering.

Q: Where are these Hex Flange Nuts mainly exported?

A: Our main export markets include Asia, Europe, and the Middle East, with established logistics to ensure swift, secure shipments.

Q: What are the benefits of their increased flange diameter?

A: The increased flange diameter offers supreme load-bearing capacity, distributing pressure better and reducing the likelihood of damage to assembly surfaces.