CFHN21 corrosion-resistant PCM for sub-zero cold chain cooling

PCM OP05 – High Temperature Organic Phase Change Material for Pharmaceutical & Medicine

PCM OP05 is a high temperature phase change material designed for precise temperature control in pharmaceutical shipping and medical transport containers. This organic phase change material works as an efficient thermal energy storage material, absorbing and releasing heat to maintain stable temperatures for temperature-sensitive products. Ideal for temperature-controlled pharmaceutical packaging, insulated containers, visi coolers, and cold chain logistics, OP05 ensures reliable thermal regulation even in demanding environments. Its reusable design makes it a sustainable PCM solution for modern medical and pharmaceutical logistics.

key Features

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

Packaging Options

Corrosive Effects on Metals

Metals Effects
Mild Steel (MS) Under Testing
Stainless Steel (SS) Under Testing
Copper Under Testing
Brass Under Testing
Aluminium Under Testing

Typical Options

Medicine Transport
Vaccine Transport
Cold and Heat Transport
Deep Freezer

Frequently Asked Questions

What is PCM OP05 and what temperature range does it serve?

OP05 is an organic phase change material engineered for “high temperature” applications — i.e. above ambient/room temperature. It is ideal for use in pharmaceutical, medical shipping, and thermal energy storage where elevated temperature regulation is needed.

Absolutely — OP05 can be incorporated into your existing containers, cooling units, or packaging designs. Our team can help with integration guidance and optimization.

The holdover time depends on external ambient conditions, insulation quality, heat loads, and system design. You’ll need to test in your actual setup to know the practical duration.

Yes — you can request samples to test OP05 in your own shipping or cooling systems before placing full orders.

Yes — OP05 is reusable and designed to endure repeated thermal cycles while maintaining its performance.

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