At NCQC Laboratory LLP, we provide accurate and reliable Force, Hardness, and Torque Calibration Services to ensure precise measurement of critical mechanical parameters used in testing and quality control. Our laboratory operates in accordance with ISO/IEC 17025 standards, ensuring full traceability to national and international standards. These services are essential in industries such as automotive, aerospace, manufacturing, and metallurgy, where material strength and mechanical performance are crucial. Our experienced technical team utilizes advanced calibration systems and certified reference standards to deliver consistent and highly accurate results. We focus on minimizing measurement uncertainty and maintaining long-term instrument reliability. Our calibration services help organizations meet regulatory requirements and ensure product quality and safety. With a strong commitment to precision and timely service, NCQC Laboratory LLP is your trusted partner for mechanical calibration needs.
What is Force, Hardness and Torque Calibration?
Force, Hardness, and Torque Calibration is the process of verifying and adjusting instruments that measure mechanical force, material hardness, and rotational torque by comparing them with certified reference standards. It ensures that instruments provide accurate and reliable readings within specified limits. This process helps identify measurement deviations and ensures proper functioning of testing and measuring equipment. Regular calibration is essential for maintaining product quality, safety, and compliance with international standards. It also reduces measurement uncertainty and improves consistency in mechanical measurements. This type of calibration is critical in ensuring accurate evaluation of material strength and performance.
| Parameter | Range | Method for Calibration |
|---|---|---|
| Torque Wrench, Torque Screw Driver, Torque Dial Gauge, Torque Tester | 1 - 2000 Nm | Using Torque Transducers with Indicators & Torque wrench Calibration system |
| Static Uniaxial Testing Machines (UTM, CTM) Compression Mode | 50 N to 3000 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Static Uniaxial Testing Machines (UTM, TTM) Tension Mode | 50 N to 100 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Universal testing machine | 50 N to 3000 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Rockwell Hardness tester | HRA, HRBW & HRC Scales | Using Standard Hardness Testing Blocks |
| Verification of Test Force for Rockwell & Rockwell Superficial, Brinell, Vickers & Microvickers Hardness Testser | 50 N to 29421 N | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Verification Of Indentation Measuring System Of Brinell & Vickers Hardness Testing Machine | 0 - 7 mm | Using Temperature & Humidity Indicator with Sensor by Comparison method Using Glass Scale |
| Brinell Hardness Testing Machine | 10/3000 HBW, 2.5/187.5 HBW & 5/ 750 HBW | Using Standard Hardness Testing Blocks |
| Flexural Machine | 50 N to 100 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Torque wrench | 1 - 2000 Nm | Using Torque Transducers with Indicators & Torque wrench Calibration system |
| Load indicator | up to 100 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Duro meter | 0 - 100 Shore A & D | Using Length Measuring Machine and weighing balance |
| Shore D hardness tester | 0 - 100 Shore D | Using Length Measuring Machine and weighing balance |
| Tension meter | up to 500 N | Using standard dead weights |
| Load cell | up to 100 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Shore A hardness tester (upto 100) | 0 - 100 Shore A | Using Length Measuring Machine and weighing balance |
| Compression testing machine | 50 N to 3000 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
| Screw drivers | 1 Nm to 20 Nm | Using Torque Transducers with Indicators & Torque wrench Calibration system |
| Tensile testing machine | 50 N to 100 kN | Using Force Proving Instruments (Class 0/0.5/1 - Load Cell with Indicator) |
Force, Hardness and Torque Calibration is widely used for instruments that measure:
- Force (Compression & Tension)
- Torque (Clockwise & Anti-Clockwise)
- Hardness (Rockwell, Brinell, Vickers)
- Load / Applied Force
- Breakaway and Peak Torque
- Material Strength and Mechanical Properties