Insulation Agents

A hollow ball made of polypropylene. It is used to keep the liquid in the constant temperature water tank warm and prevent evaporation and scattering.

A hollow ball that helps keep the heating liquid warm and prevents evaporation and scattering.

The hexagonal float has a small gap when it is put into the aquarium, so it is effective for heat insulation and prevention of gas dissolution. The AFL15 is designed so that the center is spherical and the vertical orientation is automatically aligned, and the liquid level comes to the center of ... Read More

A new-shaped hexagonal float that is ideal for heat insulation and prevention of gas dissolution, and does not easily create gaps. Insulation and prevention of gas dissolution

Floats are attracted to each other by surface tension and line up neatly.

A hollow ball that helps keep the heating liquid warm and prevents evaporation and scattering.

Made of polyprepyrene, it has excellent chemical resistance. When the float is put into the water tank, the liquid level is designed so that the liquid level comes to the center of the hexagonal part of the float, so it is easy to connect with each other with few gaps regardless of the pouring me... Read More

A hollow ball made of polypropylene. Please use it to keep the liquid in the aquarium warm and prevent evaporation and splashing.

A specific temperature is maintained by using the phase change energy (heat of fusion / heat of solidification) of a substance. It is used for "investigative drug / investigational specimen" and "pharmaceutical transportation" that require temperature control of 2 to 8 ° C. By... Read More

A hollow ball that helps keep the heating liquid warm and prevents evaporation and scattering.

A specific temperature is maintained by using the phase change energy (heat of fusion / heat of solidification) of a substance. Maintains a flexible slurry during solidification / melting. It can be transported in close contact with samples, samples, etc., and can be stably transported due to its... Read More