Batu timbangan calibration 1mg – 2kg

Batu timbangan calibration 1mg – 2kg

The Batu timbangan calibration 1mg – 2kg is a precision weight collection designed for calibrating and verifying weighing instruments. It is suitable for analytical balances, precision balances, and medium-capacity scales. Therefore, this set provides flexibility for laboratory and industrial applications.

Moreover, the weights are made from high-quality stainless steel. With a density of 7.94–7.96 g/cm³, they offer excellent stability and durability. As a result, the weights maintain consistent performance over time. In addition, the controlled tolerance ensures accurate and repeatable calibration results.

Product Features

Wide Measurement Range
The set includes weights from 1 mg to 2 kg. Thus, it supports both low and medium capacity calibration needs.

High Precision and Stability
Each weight is manufactured with tight tolerance (0.07 – 0.005). Therefore, it ensures reliable and consistent measurements.

Stainless Steel Construction
The weights are made from corrosion-resistant stainless steel. In addition, this material ensures long-term durability.

Controlled Density
With a density of 7.94–7.96 g/cm³, the weights provide stable mass characteristics. As a result, measurement accuracy is maintained.

Polished Surface Finish
The smooth surface reduces contamination risk. Furthermore, it makes cleaning and handling easier.

Protective Storage Case
The weights are typically stored in a protective case. Therefore, they are safe from dust, moisture, and damage.

Optional Accessories
Tweezers and gloves may be included. Thus, handling remains precise and contamination-free.

Specifications

Weight Range: 1 mg to 2 kg
Material: Stainless Steel
Density: 7.94 – 7.96 g/cm³
Tolerance: 0.07 – 0.005
Type: Calibration Weight Set
Accuracy Class: E2 / F1 / F2 / M1 (depending on configuration)
Surface Finish: Polished
Accessories: Storage case, tweezers, gloves (optional)

Applications

Calibration of Weighing Instruments
Used to calibrate analytical and precision balances. Therefore, accuracy is maintained.