Troemner ASTM Class 1 10g Cylindrical Weight with NVLAP Certificate is designed for high-precision calibration of analytical balances with readability as low as 0.1 mg to 0.01 mg. Constructed from highly durable stainless steel, this cylindrical weight ensures resistance to corrosion, uniform density, and low magnetic properties. Each weight is crafted with precision and includes NVLAP documentation for assured traceability.
Product Features
- ASTM Class 1 - Suitable as a reference standard for calibrating other weights
- Supports calibration of high-precision analytical balances (readability: 0.1 mg to 0.01 mg)
- Two-piece construction with adjusting cavities for calibration tuning
- Manufactured from stainless steel for uniform density, high wear and corrosion resistance, and low magnetic properties
- Designed to check or verify the accuracy of balances/scales between calibrations
- Recommended for use prior to each balance/scale operation
- Stored near the equipment to maintain consistent temperature and optimal accuracy
- Ideal for non-chemical environments for verifying balances and scales
- Engineered specifically for calibration of electronic balances and routine weighing
- Smaller denominations (2000 g and lower) are cylindrical and include a groove near the top for easy gripping
What's Included
- Individual 10g stainless steel calibration weight
- High-quality polycarbonate protective case
- Nylon glove to handle the weight safely
- NVLAP documentation of accuracy and traceability
Benefits
- Enables precise calibration of sensitive laboratory balances
- Provides long-term accuracy and stability
- Minimizes calibration error due to thermal differences
- Traceable NVLAP documentation for regulatory and quality compliance
Why Choose Troemner ASTM Class 1 10g Cylindrical Weight
This weight is ideal for laboratories seeking high-accuracy calibration tools backed by traceable NVLAP certification. Its robust construction, low magnetism, and resistance to corrosion make it a reliable choice for long-term precision calibration routines.
