Ohaus Accessories Dry Block Heaters (30400167)

Ohaus Accessories Dry Block Heaters (30400167)

Complete Product Description

The Ohaus Accessories Dry Block Heaters (30400167) is a premium anodized aluminum heating block specifically designed for 35 mm test tubes. Equipped with four large precision-machined wells, it ensures efficient heat transfer and uniform temperature distribution for larger-volume samples commonly used in biochemical, clinical, microbiological, and analytical procedures. The inclusion of an integrated thermometer well allows precise temperature verification and calibration, supporting accurate and reliable heating performance in demanding laboratory environments.

Features

• Designed for 35 mm test tubes for secure and stable heating of large-volume samples

• Four precision-machined wells suitable for specialized assays and high-volume processing

• Anodized aluminum construction providing excellent heat transfer, durability, and corrosion resistance

• Integrated thermometer well for direct temperature verification and calibration

• Single-block format compatible with all Ohaus modular dry block heater systems

• Smooth, machined well interiors ensuring consistent tube contact and optimal thermal performance

Applications

• Biochemical and enzymatic reactions requiring higher sample volumes

• Clinical and diagnostic specimen heating

• Microbiology workflows and culture preparation in large-diameter tubes

• Temperature-controlled dissolution or extraction procedures

• General laboratory heating applications using 35 mm test tubes

Specifications

• Type: Heating block

• Sample type: 35 mm test tube

• Number of wells: 4

• Well diameter: 35 mm

• Well depth: 47.6 mm

• Block size: 1 block

• Material: Anodized aluminum

• Thermometer well: Yes

Conclusion

The Ohaus Accessories Dry Block Heaters (30400167) is a durable and high-performance heating block engineered for precise heating of 35 mm test tubes. With uniform heat distribution, robust construction, and an integrated thermometer well, it supports accurate temperature control and reliable results for routine and advanced laboratory applications.