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Stainless Steel Hard Chrome Rod

Name: Stainless Steel Hard Chrome Rod
Brand: Kamal Hydrotech
Price: 280 INR
Availability: InStock

Price 280 INR/ Kilograms

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MOQ : 100 Kilograms

Stainless Steel Hard Chrome Rod Specification

Hardness
850 HV (Vickers Hardness)

Thickness
8 mm to 100 mm (customized available)

Shape
Round Rod

Surface Finish
Hard Chrome Plated

Temperature Range
-30C to 220C

Lubrication Type
Grease or Oil

Load Capacity
High Load Bearing

Tensile Strength
750 - 900 MPa

Application
Hydraulic, Pneumatic Cylinder, Pisotn Rod

Product Type
Stainless Steel Hard Chrome Rod

Material
Cast Iron

Vehicle Type
Industrial Machinery

Size
Customized

Usage
Industrial, Mechanical Equipment

Straightness
0.1 mm/1000 mm

Fatigue Resistance
Superior

Polishing
Mirror Finish

Corrosion Resistance
Excellent

Compatibility
Hydraulic & Pneumatic Systems

Manufacturing Standard
ASTM A276, DIN 2391

Edge Condition
Chamfered or Smooth Ends

Packing Type
Wooden Box or Custom Packaging

Surface Roughness
Ra 0.2 m

Weldability
Moderate

Elongation
12% min

Length
Up to 6 meters (customizable)

Chrome Layer Thickness
20 30 microns

Machinability
High

Yield Strength
520 - 800 MPa

Stainless Steel Hard Chrome Rod Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash on Delivery (COD)

Supply Ability
5000 Kilograms Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Stainless Steel Hard Chrome Rod

We offer durable Stainless Steel Hard Chrome Rod designed using high-grade stainless steel to offer excellent corrosion-resistant properties. Its unmatched plating on the surface enhances hardness, wear resistance, and smoothness. This is used in hydraulic cylinders, pneumatic cylinders, linear motion systems, and other sectors where resistance to corrosion is critical. We provide this Stainless Steel Hard Chrome Rod in different lengths and diameters to suit different equipment requirements. From industrial machinery to automotive systems to marine applications, this provides exceptional strength and efficient performance. This is available in a range of lengths and diameters to provide the best to the clients as per their needs.

Standard - First Class
Surface Treatment - Galvanized
Shape - Customized

Precision Engineering & Material Quality

Manufactured from high-grade cast iron and plated with a hard chrome layer, each rod undergoes mirror polishing for an ultra-smooth finish. It achieves a uniquely low surface roughness (Ra 0.2 m) and Vickers hardness of 850 HV, ensuring extended wear life and reliability for hydraulic and pneumatic applications. The rods adhere to international standards, making them compatible with the worlds leading industrial and mechanical equipment.

Versatility in Application & Customization

Available in round rod shapes and fully customizable in size and length (up to 6 meters), the hard chrome rod is suitable for use across hydraulic and pneumatic cylinders, piston rods, and a variety of mechanical equipment. Its superior resistance to fatigue and corrosion, along with its high load-bearing capacity, assures optimal performance in heavy-duty industrial environments.

Reliable Performance & Secure Delivery

Each rod features optimal straightness, chamfered or smooth ends, and is shipped in durable wooden boxes or packaging tailored to specific requirements. The rods ability to withstand temperatures from -30C to 220C and their compatibility with grease or oil lubrication contribute to exceptional reliability and operational longevity in demanding industrial settings.

FAQs of Stainless Steel Hard Chrome Rod:

Q: How are Stainless Steel Hard Chrome Rods manufactured to ensure quality and performance?

A: These rods are manufactured in accordance with ASTM A276 and DIN 2391 standards, starting with high-grade cast iron. They undergo precision machining, hard chrome plating (2030 microns), mirror polishing (surface roughness Ra 0.2 m), and quality checks for straightness and hardness to ensure durability, excellent machinability, and fatigue resistance.

Q: What are the primary applications of this hard chrome-plated rod?

A: The rod is primarily used in hydraulic and pneumatic systemsespecially as piston rods and cylinder partswithin industrial machinery. Its superior corrosion and fatigue resistance, high load capacity, and smooth surface make it ideal for demanding mechanical environments.

Q: When should I consider customizing the length or diameter of my order?

A: Customization is recommended when standard sizes do not match your application requirements. Since these rods are available in diameters from 8 mm to 100 mm and lengths up to 6 meters, specifying custom dimensions ensures optimal fit and function for your specialized hydraulic, pneumatic, or mechanical systems.

Q: Where can these rods be used effectively, considering their material and properties?

A: Thanks to their excellent corrosion resistance, high strength, and broad temperature range (-30C to 220C), these rods are well-suited for varied environments, including heavy industrial machinery, manufacturing facilities, engineering applications, and within sectors relying on hydraulic and pneumatic technology.

Q: What benefits does the mirror-polished hard chrome surface provide?

A: The mirror finish offers extremely low surface roughness (Ra 0.2 m), resulting in reduced friction, improved sealing efficiency, enhanced wear resistance, and a longer service life for components. This finish is especially valuable in hydraulic and pneumatic systems requiring smooth, trouble-free operation.

Q: Can these rods be easily machined or welded during assembly?

A: Yes, these rods offer high machinability, making them straightforward to cut, drill, or shape as needed. While they possess moderate weldability, suitable precautions and proper techniques should be followed to maintain integrity during welding processes.

Q: What advantages does the superior corrosion and fatigue resistance provide in daily use?

A: Exceptional corrosion and fatigue resistance mean reduced maintenance, lower risk of failure, and consistent performance under harsh conditions. This leads to greater uptime, longer component life, and cost efficiency for applications demanding constant, reliable operation.

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