Our Commitment to Excellence
Our commitment to quality begins with material selection. Every component is crafted using high-grade non-ferrous alloys — engineered for strength, wear resistance, and performance in demanding applications. Through in-house casting and machining, we maintain full control over the production process to ensure consistency, precision, and reliability.
Materials That Define Our Quality
Leaded Bronze (PB1, LG2)
Excellent machinability and anti-friction properties — ideal for bearings and bushings.
Tin Bronze (PB2, PB3)
High strength and corrosion resistance — used in heavy-duty industrial parts.
Aluminium Bronze (AB1, AB2)
Superior wear and impact resistance — suitable for marine and earthmoving applications.
Brass Alloys (HTB1, HTB3)
Good strength and thermal conductivity — used in automotive and Brass Compressor parts.
All alloys are sourced and tested to international standards like IS, BS, and DIN to ensure consistent mechanical and chemical properties.
Certified Quality Systems
Our manufacturing and quality processes comply with IATF 16949:2016 standards, ensuring every product meets global performance and safety benchmarks.
Our Quality Process
Raw Material Testing
Each alloy batch is inspected for composition accuracy.
Casting & Machining
Performed under controlled environments for precision output.
Inspection
Dimensional checks, hardness, and surface testing ensure performance.
Final Dispatch
Only approved components move forward to our customers.
Advanced Inspection & Testing Capabilities
Spectro Chemical Analysis
Our spectrometer can check 19 elements for precise chemical composition verification of non-ferrous alloys. The instrument is calibrated using CRM (Certified Reference Material) samples to ensure accuracy and repeatability.
Precision Measuring Gauges
Reliable measurement tools to ensure consistent dimensional accuracy.
- Mitutoyo digital verniers
- Mitutoyo micrometers
- Height & depth gauges
- Baker air gauges
- All gauges are calibrated semi-annually
Mitutoyo CV2000M4 Contour Measuring Instrument
A high-precision contour measurement system used for evaluating grooves, radii, angles, profiles, and complex shapes with micron-level accuracy.
| X-Axis Linear Displacement | ±(138 + 20L) µin |
|---|---|
| X-Axis Accuracy | ±(3.5 + 2L/100) µm |
| Incline Range | ±45° |
| Z-Axis Displacement | ±(138 + 158H) µin |
| Z-Axis Accuracy | ±(3.5 + 14H/25) µm |
| Resolution | 0.5 µm |
Vickers Hardness Tester (Model BV-120)
A versatile hardness testing instrument suitable for a wide range of load conditions, enabling accurate evaluation of metal strength and consistency.
| Loads (kgf) | 5, 10, 15, 20, 30, 40, 50, 60, 100, 120 |
|---|---|
| Optical Magnification | 70x, 140x |
| Maximum Test Height | 250 mm |
| Sweep of Machine Frame | 150 mm |
| Weight | 180 kg |
| Dimensions (L×W×H) | 660 × 320 × 990 mm |
| Power Requirement | 0.1 KVA, 1-Phase, AC 220V, 50Hz |
Metallurgical Microscope
Designed for microstructure analysis of Cartridge Brass, Muntz Metal, and Tin Bronze.
| Stage | 150×160 mm mechanical stage with 30×30 mm travel |
|---|---|
| Vernier Reading | 0.1 mm |
| Visual Magnification | 50X – 400X |
| 35mm Photography | 20X – 165X |
| Polaroid Photography | 50X – 400X |
Mitutoyo Surface Roughness Tester (SJ-210)
A compact, portable roughness tester operating independently from mains power, capable of measuring surface finish on components of virtually any size. Complies with international roughness parameter calculation standards.