Metrix Shore Hardness Tester Durometer

Metrix+ Rubber Hardness Tester With Backlit Display. Specially engineered for professionals in quality control, manufacturing, and research, this tester provides accurate hardness readings for rubber, elastomers, and other non-metallic materials. Its ergonomic design ensures comfortable handling, while the high-contrast backlit LCD display makes readings visible even in dimly lit environments. Whether used in the field or the lab, its durable construction guarantees consistent performance over time. With user-friendly features like quick response time, digital calibration, and a wide measurement range, the Metrix+ Rubber Hardness Tester With Backlit Display is a must-have for those who demand accuracy and ease of use. The lightweight build and battery-powered operation offer portability without compromising precision.

The Metrix+ Leeb Hardness Tester With Range 170-960 HLD, Convertible To Other Scales, Hardmaster-P is a precision instrument used to determine the hardness or resistance to deformation of a material. This critical tool finds applications in a wide range of industries, including manufacturing, engineering, and quality control, where knowing the hardness of materials is essential for ensuring product performance and safety. Hardness is a material property that indicates its ability to withstand permanent deformation or indentation. Hardness testers provide quantitative measurements that are crucial for selecting the right materials for specific applications, evaluating the quality of manufactured parts, and detecting material defects. There are various methods of hardness testing, each suited to different materials and testing conditions. Common hardness testing methods include Rockwell, Brinell, Vickers, and Knoop hardness tests, each with its own set of indenters and testing procedures. Some testers are portable and handheld, while others are large, stationary machines, depending on the scale and precision of the hardness measurements required. In manufacturing, hardness testing is used to assess the hardness of metals, alloys, plastics, and other materials to ensure they meet desired specifications and industry standards. For example, in the aerospace industry, hardness testing is crucial for determining the durability and safety of aircraft components. In construction, it helps assess the hardness of concrete, ensuring structural integrity. In summary, hardness testers are indispensable tools for quality control, material selection, and ensuring the safety and performance of various products and structures across diverse industries. They are essential in maintaining product standards and the reliability of materials used in engineering and manufacturing processes. Hardness scales HL, HB, HRB, HRC, HRA, HV, HS Memory 48～600 groups （impact times: 32～1) Measuring range HLD（170～960) Accuracy ±6HLD (760±30HLD) error of displayed value 6HLD (760±30HLD) repeatability of displayed value Standard Impact Device D Optional Impact Devices DC/D+15/G/C/DL Max. Workpiece Hardness 996HV(For Impact Devices D/DC/DL/D+15/C) 646HB(For Impact Device G) Min. Radius of Workpiece Rmin = 50mm (with special support ring Rmin= 10mm) Min. Workpiece weight 2~5kg on stable support ; 0.05~2kg with compact coupling Min. Workpiece thickness 5mm (Impact Devices D/DC/DL/D+15) 1mm (Impact Device C) 10mm (Impact Device G) Min. thickness of hardened 0.8mm surface Power 3 x AA Battery Continuous Working time approx. 100 h (with backlight) Operating temperature 0~40℃ Relative humidity ≤90% Overall dimensions 125 x 67 x 31mm (main unit) Weight 0.3kg (main unit) Standard Configuration Main Unit, Impact Device Type D, Leeb Standard Test Block, Cleaning Brush, Supporting Ring, Manual, Carrying Case. Optional Configuration Mini-printer, Data Pro Software(USB) + Communication Cable

Metrix+ MI-970 Digital Hardness Tester
Key Features :
Small in size for narrow space
Test at any angle , Even upside Down
User Recalibration Function Allowed
Can Communicate with PC Computer for statistics and printing by optional Cable
Manual or automatic Shut Down
Low Battery Indication
Applications :
Die Cavity moulds
Inspection of bearing and the Other mass produced parts on a Production line
Testing surface of a small hollow space
Material Identification in warehouse of metallic materials
Failure analysis of pressure vessels , Steam Generators and Other Equipment
Special Specifications :
Conversion : HL , HRC , HRB , HRC , HV , HB , HSD , HL
Impact Devices : D-Will handles the majority of hardness testing
Memory : 50 Groups Including Single
Display : Large LCD with Backlight
Please Note: Product may differ (eg. colour) from the product Image displayed on a website. Kindly check the technical specifications provided in a description to make the better purchase decision.

Metrix+ Hardmaster Digital Hardness Tester
Key Features :
Small in size for narrow space
Test at any angle , Even upside Down
User Recalibration Function Allowed
Can Communicate with PC Computer for statistics and printing by optional Cable
Manual or automatic Shut Down
Low Battery Indication
Applications :
Die Cavity moulds
Inspection of bearing and the Other mass produced parts on a Production line
Testing surface of a small hollow space
Material Identification in warehouse of metallic materials
Failure analysis of pressure vessels , Steam Generators and Other Equipment
Special Specifications :
Conversion : HL , HRC , HRB , HRC , HV , HB , HSD
Impact Devices : D-Will handles Integrated
Memory : 50 Groups Including Single
Display : 12.5 mm LCD with backlight
Materials : 9 Differents Common Materials
Please Note: Product may differ (eg. colour) from the product Image displayed on a website. Kindly check the technical specifications provided in a description to make the better purchase decision.

The Metrix+ Pen Type Ultra Portable Leeb Hardness Tester With Measuring Range 170_960 HLD, LHT 1 is a precision instrument used to determine the hardness or resistance to deformation of a material. This critical tool finds applications in a wide range of industries, including manufacturing, engineering, and quality control, where knowing the hardness of materials is essential for ensuring product performance and safety. Hardness is a material property that indicates its ability to withstand permanent deformation or indentation. Hardness testers provide quantitative measurements that are crucial for selecting the right materials for specific applications, evaluating the quality of manufactured parts, and detecting material defects. There are various methods of hardness testing, each suited to different materials and testing conditions. Common hardness testing methods include Rockwell, Brinell, Vickers, and Knoop hardness tests, each with its own set of indenters and testing procedures. Some testers are portable and handheld, while others are large, stationary machines, depending on the scale and precision of the hardness measurements required. In manufacturing, hardness testing is used to assess the hardness of metals, alloys, plastics, and other materials to ensure they meet desired specifications and industry standards. For example, in the aerospace industry, hardness testing is crucial for determining the durability and safety of aircraft components. In construction, it helps assess the hardness of concrete, ensuring structural integrity. In summary, hardness testers are indispensable tools for quality control, material selection, and ensuring the safety and performance of various products and structures across diverse industries. They are essential in maintaining product standards and the reliability of materials used in engineering and manufacturing processes. Hardness scales HL, HB, HRC, HRB, HRA, HV, HS Measuring range 170 ~ 960 HLD Measuring direction 360° Memory 600 units Accuracy 760 +30HLD: +6HLD 530 +40HLD: +10HLD Standard Impact Device D integrated Max. Workpiece Hardness 900 HLD Min. Radius of Workpiece Rmin = 50mm (with special support ring Rmin= 10mm) Min. Workpiece weight 2~5kg on stable support ; 0.05~2kg with compact coupling Min. Workpiece thickness 5mm Min. thickness of hardened 0.8mm layers Average Surface Roughness of Work piece 1.6 um(Ra) Power 3.7V rechargeable Li-Ion battery Continuous Working time approx. 60 h (without backlight) Operating temperature 0~40℃ Relative humidity ≤90% Overall dimensions 153 x 54 x 24mm Weight 250g Standard Configuration Main Unit with integrated impact device D, Leeb Standard Test Block, charger, cleaning brush, small supporting Ring, manual, carrying case.