Troemner 50 kg-1 mg OIML Precision Weight Set, NVLAP Accredited Certificate, OIML Class E1

Troemner 50 kg-1 mg OIML Precision Weight Set: Unrivaled Accuracy for Demanding Applications

Product Overview:

Elevate your weighing precision with the Troemner 50 kg-1 mg OIML Precision Weight Set. Accredited by NVLAP and conforming to OIML Class E1 standards, this exceptional set guarantees unparalleled accuracy and reliability for the most demanding weighing applications.

Features and Specifications:

Mass Range: 50 kg to 1 mg
Accuracy Class: OIML Class E1
NVLAP Accredited Certificate: Ensures traceability and compliance
Material: High-quality stainless steel for durability and corrosion resistance
Magnetic Susceptibility: Non-magnetic for precise measurements
Density: 8.0 g/cm³
Temperature Range: 10°C to 30°C

What’s in the Box:

1 x 50 kg weight
1 x 20 kg weight
1 x 10 kg weight
1 x 5 kg weight
1 x 2 kg weight
1 x 1 kg weight
1 x 500 g weight
1 x 200 g weight
1 x 100 g weight
1 x 50 g weight
1 x 20 g weight
1 x 10 g weight
1 x 5 g weight
1 x 2 g weight
1 x 1 g weight
1 x 500 mg weight
1 x 200 mg weight
1 x 100 mg weight
1 x 50 mg weight
1 x 20 mg weight
1 x 10 mg weight
1 x 5 mg weight
1 x 2 mg weight
1 x 1 mg weight

Benefits:

Unmatched Accuracy: OIML Class E1 certification ensures the highest level of precision for critical measurements.
NVLAP Accreditation: Provides confidence in the accuracy and traceability of the weights.
Durable Construction: Stainless steel construction withstands harsh environments and ensures long-lasting performance.
Non-Magnetic: Eliminates magnetic interference for accurate readings.
Comprehensive Range: Covers a wide mass range from 50 kg to 1 mg, meeting diverse weighing needs.

Value Proposition:

The Troemner 50 kg-1 mg OIML Precision Weight Set is an indispensable tool for laboratories, research institutions, and industries that demand the utmost accuracy in weighing. Its exceptional precision, reliability, and durability make it an invaluable investment for ensuring the integrity of your measurements.