Ohaus Accessories Pan Reusable Set(3) 7mm MB Series

Ohaus Accessories Pan Reusable Set (3) 7mm MB Series

The Ohaus Accessories Pan Reusable Set (3) 7mm MB Series is a durable and practical accessory for Ohaus MB Series Moisture Analyzers, including MB23, MB25, MB27, MB90, MB95, and MB120. With a depth of 7 mm, these pans provide reliable support for various sample types, offering laboratories a sustainable and cost-effective alternative to disposable pans. Constructed from heat-resistant materials, they ensure consistent accuracy even with frequent use, making them suitable for routine and advanced moisture testing.

Features

• Set of 3 reusable pans with 7 mm depth for versatile sample handling.

• Built from durable, heat-resistant materials to withstand repeated use.

• Fully compatible with Ohaus MB23, MB25, MB27, MB90, MB95, and MB120 analyzers.

• Easy to clean and maintain for long-lasting performance.

• Provides reliable and consistent results in moisture testing.

• Helps reduce laboratory waste and consumable costs.

Applications

• Food industry moisture analysis for ingredients and finished products.

• Pharmaceutical laboratories requiring accurate, repeatable results.

• Agricultural testing of grains, seeds, and soil samples.

• Chemical analysis of powders, liquids, and solids.

• Environmental testing where sustainable accessories are preferred.

• Daily laboratory use demanding durable and reusable solutions.

Specifications

• Product Type: Reusable Sample Pans.

• Quantity: Set of 3 pans.

• Depth: 7 mm.

• Material: Durable, heat-resistant construction.

• Compatibility: Ohaus MB23, MB25, MB27, MB90, MB95, MB120 analyzers.

• Function: Supports moisture testing with reusable design.

Conclusion

The Ohaus Accessories Pan Reusable Set (3) 7mm MB Series is an excellent choice for laboratories seeking sustainability, durability, and accuracy in moisture analysis. With their robust construction, easy maintenance, and compatibility across multiple MB Series models, these pans deliver consistent performance while minimizing waste and consumable expenses.