Hex Rods

Hex Rods Specification

Type
Hex Rod

Material
Stainless Steel

Grade
SS 304 / SS 316 / SS 202

Tolerance
- 0.05

Alloy
A2 / A4 / 304 / 316

Temper
Hard

Length
3 Meter (Standard)

Shape
Hexagonal

Diameter
10 mm - 60 mm

Color
Silver

Weight (kg)
Varies with size (e.g., ~1.92 kg/m for 20mm Dia)

Standard
ASTM A276 / A484

Surface Finish
Bright / Polished

Corrosion Resistance
Excellent

Magnetic Properties
Non-magnetic (for austenitic grades)

Application
Fasteners, Machined Components, Construction

Density
7.93 g/cm3

Manufacturing Process
Cold Drawn

Hex Rods Trade Information

Minimum Order Quantity
200 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Hex Rods

Claim the dominant advantage with Hex Rods that combine elite durability and praiseworthy corrosion resistance. Expertly crafted from premium stainless steel alloys (A2/A4/304/316), these non-magnetic, cold drawn rods feature a polished, bright finish for high impact in fasteners, machined components, and robust construction. With diameters from 10 mm to 60 mm and a precision tolerance of -0.05, every piece promises reliability under ASTM A276/A484 standards. Enjoy an exclusive discount-this offer is ending soon. Pick yours now for an unmistakably superior performance.

Elite Features and Key Competitive Benefits

Hex Rods offer a combination of exceptional mechanical strength and corrosion resistance, making them praiseworthy for harsh environments and critical applications. The cold drawn process ensures close dimensional accuracy with a tolerance of -0.05, while their polished finish provides both functional and aesthetic superiority. Conforming to ASTM standards, these hex rods exemplify dominant market competitiveness, assuring customers of reliability and cost-effectiveness. Their versatility in construction, machining, and fastening sets them apart in the industry.

Sample Policy, Sale Price, and Main Domestic Market

Samples of Hex Rods can be provided upon receipt of a purchase order, giving customers a firsthand understanding of their elite quality prior to committing to a full-order sale price. Shipped goods are carefully dispatched across India, with all samples and products adhering to strict industry standards. Our main domestic market covers the prime industrial hubs, offering customers the chance to evaluate before bulk procurement. Contact us to discuss your requirements and secure your sample today.

FAQ's of Hex Rods:

Q: How are the Hex Rods manufactured to achieve their praiseworthy finish?

A: Hex Rods are produced using a cold drawn process, which enhances their surface smoothness and dimensional accuracy. This method also results in a bright or polished finish, meeting elite standards for both appearance and performance.

Q: What applications are these Hex Rods best suited for?

A: These dominant Hex Rods excel in fasteners, machined components, and construction projects, providing excellent corrosion resistance and mechanical strength in environments that demand reliability and longevity.

Q: Where does the manufacturer supply these Hex Rods?

A: As a leading manufacturer and supplier based in India, Hex Rods are shipped nationwide, reaching major domestic markets and industries that prioritize quality materials and precision engineering.

Q: What is the benefit of choosing Hex Rods with austenitic grades?

A: Austenitic Hex Rods, such as SS 304 and SS 316, are non-magnetic and offer outstanding corrosion resistance, making them especially praiseworthy for industries dealing with corrosive environments or requiring non-magnetic metals.

Q: When can I expect delivery after the purchase order is placed?

A: Once your purchase order is confirmed, sample Hex Rods or bulk shipments are processed promptly, ensuring that your goods are shipped in accordance with agreed sale price and lead times.

Q: How does the tolerance level enhance the rod's performance?

A: With a tight tolerance of -0.05, these Hex Rods provide consistent fit and steadfast integrity in assemblies, reducing the need for further machining and delivering superior reliability in critical applications.