AM-DHC-1010 LOW TEMPERATURE FREEZE BATH

Descriptions

-DHC series of low-temperature thermostat bath, using compressor cooling method, with the cooling speed, high efficiency and small temperature fluctuation characteristics, widely used in chemical, pharmaceutical, food, metallurgy, oil and bio-engineering and other fields.

-Using digital control technology, digital temperature settings, digital display, easy to operate.

-PID temperature control with automatic control, temperature stability and speed.

-Circulating pump can be constant outside the loop liquid media.

-Using completely closed refrigeration compressors, cooling fast.

Specifications

Unfreeze the Power of Precision:

• Reach icy depths: Achieve temperatures as low as -100°C with unrivaled accuracy (up to ±0.5°C), ideal for diverse applications.
• Microprocessor control: Enjoy precise and stable temperature control, ensuring consistent and reliable results.
• Flexible range: Adapt to your needs with a wide temperature range (-80°C to -100°C), supporting both sensitive biological work and high-impact experiments.

User-Friendly Design for Effortless Cooling:

• Intuitive digital interface: Monitor and adjust temperature with clarity and ease thanks to the large LCD display and user-friendly controls.
• Efficient cooling system: Rapidly reach and maintain desired temperatures with the powerful compressor and circulation pump.
• Safety features: Over-temperature protection and low-liquid level cut-off ensure safe operation and protect your valuable samples.

Versatility Meets Reliability:

• Generous bath volume: Accommodate various sample sizes and configurations with the spacious 10-liter tank.
• Multiple cooling options: Choose between internal and external cooling coils for optimal performance and compatibility with different vessels.
• Durable construction: The robust stainless steel design offers long-lasting performance and easy cleaning.

Perfect for:

• Advanced Biological Studies: Store enzymes, cell cultures, and other sensitive samples at optimal low temperatures.
• Material Testing: Analyze material properties like viscosity and fracture resistance under precisely controlled cold conditions.
• Chemical Reactions: Conduct reactions requiring specific low-temperature environments with meticulous control.
• Demanding Research Applications: Explore diverse disciplines, from biochemistry to environmental science, with reliable and powerful cooling.