Stainless Steels

Stainless Steels

Stainless Steels

Stainless Steels

Aluminum

Aluminum

Stainless Steels

Aluminum

Stainless Steels

Stainless Steels

Stainless Steels

The Stainless Steels Thermostat Water Bath and Oil Bath are ideal for laboratory heating and thermostatic processing as well as thermostatic mixing. The temperature is more uniform than traditional water baths, and the Material makes it easy to observe sample reactions in real time. The multi-connected design allows for multiple experiments to be performed at the same time, improving efficiency and space utilization, and is suitable for parallel synthesis experiments.

The Stainless Steels Thermostat Water Bath and Oil Bath are ideal for laboratory heating and thermostatic processing as well as thermostatic mixing. The temperature is more uniform than traditional water baths, and the Material makes it easy to observe sample reactions in real time. The multi-connected design allows for multiple experiments to be performed at the same time, improving efficiency and space utilization, and is suitable for parallel synthesis experiments.

The heating jacket is made of high quality aluminum for uniform heat transfer and fast heat conduction, which is suitable for replacing water bath, oil bath, dry bath, Stir Heating Mantle and other heating methods. It greatly improves the safety of the laboratory.

The heating block is made of high-quality alloy particles for uniform heat transfer and fast heat conduction, which is suitable for replacing water bath, oil bath, dry bath, Stir Heating Mantle and other heating methods. It greatly improves the safety of the laboratory.

The Flexographic Dry Bath Incubator utilizes high quality alloy particles for uniform heat transfer and fast heat conduction, making it suitable for replacing water baths, oil baths, dry baths, Stir Heating Mantle and other heating methods. It greatly improves laboratory safety.

The Stainless Steels Thermostat Water Bath and Oil Bath are ideal for laboratory heating and thermostatic processing as well as thermostatic mixing. The temperature is more uniform than traditional water baths, and the Material makes it easy to observe sample reactions in real time. The multi-connected design allows for multiple experiments to be performed at the same time, improving efficiency and space utilization, and is suitable for parallel synthesis experiments.