Accessories Dry Block Heater Ohaus (30400186)

Accessories Dry Block Heater Ohaus (30400186)

The Accessories Dry Block Heater Ohaus (30400186) is a precision-machined anodized aluminum heating block specifically designed for 21 mm vials. Featuring 9 deep, uniform wells, this block provides reliable and consistent heat distribution—essential for analytical, biochemical, and molecular workflows involving medium-to-large vial formats. The integrated thermometer well allows accurate temperature monitoring and calibration, ensuring stable performance even in temperature-critical applications.

Durable, corrosion-resistant, and fully compatible with Ohaus modular dry block heaters, this block is ideal for laboratories that require high-quality vial heating capabilities.

Key Features

• Designed for 21 mm Vials offering a secure and accurate fit for efficient thermal transfer.

• 9 Precision-Machined Wells ideal for low-to-medium sample throughput with uniform heating performance.

• High-Quality Anodized Aluminum Construction delivering excellent heat conduction, durability, and resistance to corrosion.

• Integrated Thermometer Well enabling precise temperature verification and calibration.

• Smooth and Deep Well Interiors ensuring stable vial placement and consistent heating depth.

• Compatible with Ohaus Modular Dry Block Heater Systems for seamless laboratory operation.

Technical Specifications

• Type: Heating Block

• Sample Type: 21 mm Vials

• Number of Wells: 9

• Well Diameter: 21.7 mm

• Well Depth: 45 mm

• Block Size: 1 block

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

This heating block is ideal for laboratory tasks such as:

• Heating and incubating samples in 21 mm vials

• Chromatography solvent and reagent warming

• Biochemical and enzymatic reactions in medium-volume vials

• Sample incubation for research and analytical workflows

• Controlled-temperature storage and preparation of reagents

A durable, high-performance heating block designed for 21 mm vials—offering precise temperature control, uniform heat distribution, and long-lasting reliability for demanding laboratory applications.