IP20

phase change material

PCM IP20 | Reliable Phase Change Material for Medicine and Vaccines

PCM IP20 is a positive inorganic phase change material specially designed for low-temperature applications. Its properties make it ideal for medicine, vaccine, and biomedical transport, as well as building thermal comfort solutions. PCM IP20 is commonly used in shipper boxes to ensure controlled-temperature transport, maintaining the desired temperature range for extended periods even under challenging ambient conditions.

key Features

▪ High heat storage capacity
▪ Consistent performance over repeated thermal cycles
▪ Non-toxic and biodegradable

Packaging Option

Corrosive Effects On Metals

Metals Effects
Mild Steel (MS) Mild Corrosive
Stainless Steel (SS) Non Corrosive
Copper Non Corrosive
Brass Corrosive
Aluminium Mild Corrosive

Typical Applications

Vaccine
Building
Medicine Transport

Frequently Asked Questions

What is PCM IP20 and what temperature range does it support?

PCM IP20 is a positive (i.e. above-freezing) inorganic phase change material specifically designed for cold chain, vaccine, medicine, and biomedical transport. It helps maintain controlled temperatures even under challenging ambient conditions.

The actual “holdover time” depends heavily on external ambient conditions, the insulation quality of the container, internal heat loads, and how well the PCM is preconditioned before packing. Field testing in your exact shipment environment is always recommended.

Yes — IP20 is designed to be used over multiple thermal cycles while retaining its performance characteristics. The actual number of cycles before noticeable degradation depends on handling, temperature stresses, and system design.

Yes — the product page offers a “Request Sample” option so prospective buyers can test IP20 in their own shipping or cold chain setup prior to placing full orders.

Absolutely — IP20 modules or units can be incorporated into your current shipper boxes, insulation systems, or packaging designs to enhance temperature stability.

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