3D rendering of a metallic vehicle frame component with curved and angular features. It includes several raised sections and holes, displayed against a white background with a mirrored reflection underneath.

Axle Beams

Bharat Forge Kilsta manufactures high-precision axle beams from micro-alloyed material, meeting the highest safety and quality standards. The hot padding process minimizes machining requirements, while controlled cooling eliminates the need for additional heat treatment.

Efficient production with minimal machining
Full in-house manufacturing ensures consistent quality
100% Magnetic Particle Inspection (MPI) guarantees maximum safety
Front Axle Beam
Pusher Axle Beam
Tag Axle Beam

Our Axle Beams for Heavy Trucks (TAG, Pusher and Front Axles)

Bharat Forge Kilsta’s axle beams provide top-tier precision, stability, and safety for heavy trucks. Weighing approximately 100-160 kg and produced on a 16,000-ton forging line, these components offer an optimal combination of strength and durability. Utilizing micro-alloyed materials and advanced manufacturing technology, they are exceptionally durable and efficient. Our forging processes reduce machining requirements, while controlled cooling eliminates the need for additional heat treatment. With 100% Magnetic Particle Inspection (MPI), we guarantee maximum safety.

The advantages to you

At Bharat Forge Kilsta, we leverage cutting-edge technology and uphold the highest quality standards to develop our axle beams. Our axle beams offer:

1

Exceptional Stability and Durability

By using micro-alloyed materials, our axle beams achieve an optimal balance between strength and weight reduction, ensuring reliability and longevity even under demanding conditions.

2

Efficient Production with Minimal Machining

Our innovative forging processes significantly reduce the need for additional machining, saving both time and costs while ensuring precise processing.

3

Superior Quality with Full In-House Production

From forging to final machining, every step of production takes place in-house, ensuring consistent quality and complete control over the manufacturing process.

4

Comprehensive Safety Testing

Each of our axle beams undergoes 100% Magnetic Particle Inspection (MPI) to ensure compliance with the highest safety standards and to guarantee maximum load capacity.

Product Safety and Quality Assurance

At Bharat Forge Kilsta, product quality assurance is our top priority. Each axle beam undergoes rigorous testing and simulations to guarantee optimal performance. We employ advanced inspection methods to ensure material and manufacturing quality, meeting our stringent specifications.

FAQ - Frequently asked questions

What makes Bharat Forge Kilsta’s axle beams unique?

Our axle beams are forged using micro-alloyed materials and manufactured on a 16,000-ton forging line for maximum precision and durability. The controlled cooling process eliminates the need for additional heat treatment, ensuring superior strength and efficiency.

How does Bharat Forge Kilsta ensure the quality and safety of its axle beams?

Every axle beam undergoes 100% Magnetic Particle Inspection (MPI) to detect any material imperfections. Additionally, our full in-house manufacturing process ensures consistent quality and compliance with the highest safety standards.

What are the key benefits of Bharat Forge Kilsta axle beams?

  • Exceptional Durability – Optimized strength-to-weight ratio with micro-alloyed materials.
  • Minimal Machining – Advanced forging process reduces the need for additional machining.
  • Enhanced Safety – Comprehensive MPI testing ensures maximum load capacity and reliability.

What types of axle beams does Bharat Forge Kilsta manufacture?

We offer Front Axle Beams, Pusher Axle Beams, and Tag Axle Beams for heavy trucks, each designed to provide optimal stability, weight reduction, and long-term durability.

What materials are used in Bharat Forge Kilsta’s arms, and why?

Our arms are manufactured using heat-treated steel and micro-alloyed materials, ensuring an optimal balance between strength, durability, and weight reduction. These materials enhance load-bearing capacity, impact resistance, and longevity, making them ideal for heavy-duty trucks and buses operating under demanding conditions.