CFHN21 – Corrosion-Resistant Phase Change Material for Sub-Zero Cold Chain Cooling
CFHN21 is an advanced Phase Change Material formulated with a unique combination of organic and inorganic compounds. This high-quality PCM Material is specially created for sub-zero environments, making it suitable for deep freezers, vaccine carriers (FOWs), frozen food distribution, and ice cream transport. As a dependable Phase Change Material for Cooling, it delivers stable performance within a controlled Phase Change Material Temperature Range, even under demanding ambient conditions.
Built for efficient PCM Thermal Energy Storage, CFHN21 effectively manages heat transfer during transition cycles to provide extended cooling duration. Its corrosion-resistant and environmentally friendly composition ensures safe usage with metal surfaces, offering a durable and reliable option for modern cold chain and temperature-controlled logistics systems.
Key Features
▪ High heat storage capacity
▪ Consistent performance over repeated thermal cycles
▪ Non-toxic and Biodegradable
▪Corrosion Free Properties
Packaging Options
Corrosive Effects On Metals
| Metals | Effects |
|---|---|
| Mild Steel (MS) | Non Corrosive |
| Stainless Steel (SS) | Non Corrosive |
| Copper | Non Corrosive |
| Brass | Non Corrosive |
| Aluminium | Non Corrosive |
Typical Applications
Ice Cream Transport
Frozen Food Transport
Deep Freezer
Freezer On Wheels
Frequently Asked Question
What is CFHN21 and what makes it special?
CFHN21 is a corrosion-free phase change material built from a blend of organic and inorganic components. It’s engineered to operate at sub-zero / frozen temperature ranges, intended for deep freezers, vaccine carriers (Freeze-On-Wheels), frozen food transport, and ice cream logistics.
Its key advantage: it remains non-corrosive, even in contact with metal surfaces, making it safer for direct use inside metal containers or systems.
What temperature range / application does CFHN21 target?
It is designed to sustain low, sub-zero temperatures (frozen regime) in challenging ambient conditions, acting as an alternative to ice in mobile or stationary cold systems.
How long can CFHN21 maintain frozen / sub-zero temperatures in transit or storage?
The holdover duration depends on factors such as ambient temperature, insulation quality, packaging design, and thermal load (mass of goods). You should test in your specific container and route to get realistic estimates.
Is CFHN21 reusable / can it be recharged?
Yes — CFHN21 is made for repeated thermal cycles. It retains performance through many cycles if handled properly.
How do I “charge” or precondition CFHN21 before use?
You need to bring it to its frozen or solid state (i.e. pre-freeze it) under controlled conditions (deep freezer or cold chamber) before packing, so it can function properly during transport.