E2 Calibration Weight 0.1g by VWR – Exceptional Precision and Reliability
The E2 0.1g calibration weight by VWR is designed to meet the highest standards of precision and reliability. Made from polished anti-magnetic stainless steel, this weight is intended for use with high-resolution electronic balances, offering exceptional accuracy for various applications.
This weight features a tolerance of ±0.016 mg, ensuring precise calibration and measurement. This level of precision is crucial for applications requiring exact weight determination, such as analytical laboratories, pharmaceutical testing, and quality control processes. The E2 0.1g calibration weight is particularly suitable for weighing instruments demanding high precision.
One of the key advantages of this calibration weight is its laser-engraved markings. This engraving enhances the readability of the weight specifications, facilitating easy reading and verification of calibration details. The polished stainless steel construction not only contributes to the weight’s durability but also provides resistance to corrosion and wear.
The weight's design includes advanced specifications, such as a density of 8000±60 kg/m³, ensuring consistent performance and stability. The surface roughness measures Rz(µm) < 1 and Ra(µm) < 0.2, indicating a finely machined surface that contributes to the weight’s precise performance.
Permanent magnetization is kept below 8 µT, reducing the potential for magnetic interference that could affect the weight’s accuracy. This feature is essential for maintaining measurement integrity and ensuring the weight remains effective over time.
The E2 0.1g calibration weight is available with or without a COFRAC certificate. The COFRAC certification provides formal assurance of the weight’s accuracy, which is especially valuable in regulated environments where certification is required. Whether used with or without certification, the high manufacturing standards of the weight ensure reliable performance.
The weight is designed for easy handling and use, making it a versatile tool in any precision measurement device. Its robust construction and high accuracy make it a valuable addition to laboratories, industrial environments, and any application requiring precise calibration.
For optimal use, it is important to handle the weight with care to maintain its accuracy. Proper storage and regular checks will help ensure that the calibration weight continues to provide precise measurements.