Specifications:
Design | Knob type cylindrical Single piece Bar |
Density | 8000 (± 30) kg/m3 |
Material | High-grade Austenitic stainless steel, SS-316 |
Capacity | 5Kg |
OIML Tolerance Class | M1 |
Packing | Packed in hard case aluminuim box |
Susceptibility X | < 0.8 |
Calibration certificate | Included standard manufacturing certificate and a calibration certificate produced in accordance with OIML R 111-1:2004 and ISO 17025:2017 requirements. |
The 5kg M1 Class Test Weight from Masse Präzise is engineered for durability, stability, and accuracy. Its single-piece cylindrical bar design ensures easy handling and long-term mass stability, while the SS-316 austenitic stainless steel construction provides excellent corrosion resistance.
With a controlled density of 8000 (±30) kg/m³, this weight minimizes buoyancy errors and meets international calibration requirements.
The 5kg M1 Class Calibration Weight by Masse Präzise is designed for high-accuracy calibration and verification of weighing instruments used in laboratories, industrial environments, and quality control applications. Manufactured in strict compliance with OIML R111-1 standards, this weight ensures reliable performance, long-term stability, and traceable accuracy.
This M1 class 5kg calibration weight is ideal for routine calibration of commercial and industrial weighing scales where precision and repeatability are critical.
Our 5kg M1 Class Weight is crafted as a single-piece knob-type cylindrical bar, ensuring excellent mechanical stability and ease of handling. Made from high-grade Austenitic Stainless Steel, it offers superior corrosion resistance, durability, and surface finish, making it suitable for controlled and semi-controlled environments.
With a nominal density of 7950 (±140) kg/m³, the weight meets international requirements for mass standards and minimizes air buoyancy effects during calibration.
Each OIML R111 5kg M1 calibration weight from Masse Präzise is supplied with:
This ensures full traceability, confidence in measurement accuracy, and acceptance across laboratories, inspection bodies, and regulatory environments.