Paraffin wax Based PCMs
Explore PCMCOOL high-purity paraffin wax based PCMs (PW2 to PW28). Featuring high latent heat up to 230 J/g, 1500+ cycling stability, and non-corrosive alkane structures. Ideal for cold chain logistics, electronics cooling, and building energy storage. Request custom temperatures and TDS.
Paraffin Wax Based PCMs Categories
| Product | PCMCOOL NP2 | PCMCOOL NP5 | PCMCOOL NP15 | PCMCOOL NP20 | PCMCOOL NP22 | PCMCOOL NP25 | PCMCOOL NP28 |
|---|---|---|---|---|---|---|---|
| Phase Change Temperature | 2°C | 5°C | 15°C | 20°C | 22°C | 25°C | 28°C |
| Latent Heat (J/g) | 210 | 220 | 220 | 210 | 210 | 220 | 230 |
Our PCMCOOL PW Series covers critical thermal thresholds. For instance, PW5 and PW22 are widely adopted in pharmaceutical cold chain packaging (2-8°C and 15-25°C profiles), while PW28 is optimized for building energy efficiency and human thermal comfort solutions."
Key Properties
| Property | Description |
|---|---|
| Material Type | Organic phase change material |
| Latent Heat | Moderate to high latent heat storage capacity |
| Phase Change Temperature | Available across a customizable temperature range |
| Thermal Conductivity | Lower than inorganic alternatives |
| Energy Density | Suitable for compact thermal storage systems |
Introduction
- Paraffin wax based PCMs also called normal paraffin based pcms are a class of organic phase change materials widely used for thermal energy storage and temperature regulation.
Due to their stable chemical structure, predictable phase change temperatures, and non-corrosive properties, normal paraffin PCMs are ideal for applications requiring long-term reliability and consistent thermal performance. - At RU Entropy, our normal paraffin based PCMs are engineered to deliver precise melting and solidification behavior, making them suitable for industrial, commercial, and energy-efficient systems.
Material Overview
Normal paraffin-based PCMs are hydrocarbon thermal storage materials composed primarily of linear alkane chains with controlled carbon distributions. These materials provide tunable phase change temperature ranges across a wide spectrum of thermal management applications.
Paraffin wax PCMs are characterized by excellent chemical inertness, low vapor pressure, negligible supercooling behavior, and reliable thermal cycling performance. Depending on the carbon chain composition and purification level, they can be engineered for applications ranging from wearable cooling and cold chain logistics to building thermal regulation and energy storage systems.
At RU Entropy, our paraffin wax PCM solutions are available in multiple formats including bulk PCM materials, gel composites, encapsulated systems, and application-specific thermal modules designed for industrial and commercial use.
- During phase transition, these materials absorb or release large amounts of latent heat at nearly constant temperatures, enabling efficient thermal energy storage without significant temperature fluctuation.
- At RU Entropy, our normal paraffin based PCMs are engineered to deliver precise melting and solidification behavior, making them suitable for industrial, commercial, and energy-efficient systems.
Thermal Performance Behavior
Normal paraffin based PCMs exhibit stable phase transitions within a narrow temperature range, enabling predictable heat absorption and release. Their thermal response remains consistent under steady operating conditions.
Cycling Stability & Performance Control
With proper encapsulation, normal paraffin based PCMs demonstrate excellent cycling stability and minimal performance degradation over repeated thermal cycles. Performance control is primarily managed through material selection and containment design.
Design & Integration Considerations
Normal paraffin based PCMs can be integrated into macro-encapsulation, micro-encapsulation, and sealed thermal storage modules. Design focus typically includes heat transfer efficiency, leakage prevention, and phase change temperature matching.
Typical Applications
HVAC load shifting systems
Building thermal comfort solutions
Industrial thermal buffering
Cold chain temperature stabilization
Electronics and battery thermal management
Advantages
- High Thermal Stability
- Precise Phase Change Temperature
- Safe and Non-Corrosive
- Wide Application Compatibility
Normal Paraffin Based PCMs vs Other Organic PCMs
| Aspect | Normal Paraffin Based PCMs | Other Organic PCMs |
|---|---|---|
| Material Origin | Petroleum-derived, uniform molecular structure | Bio-based or blended compositions |
| Phase Change Behavior | Narrow and well-defined phase change range | Phase change range may vary by formulation |
| Chemical Stability | Highly stable and inert | Stability depends on material type |
| Corrosiveness | Non-corrosive | Generally non-corrosive |
| Long-term Performance | Predictable and repeatable | May vary based on composition |
| Typical Use Cases | Precise temperature control applications | Sustainability-focused or customized systems |
Challenges and Considerations
- Low thermal conductivity requires heat transfer optimization
- Reliable encapsulation is essential to prevent leakage
- Long-term cycling stability considerations
How PCMCOOL Addresses These Challenges
- Optimized formulation and encapsulation design
- Application-oriented engineering support
How PCMCOOL Supplies Normal Paraffin based PCMs
- Multiple temperature grades and supply formats
- Technical documentation and integration support
Looking to integrate normal paraffin based PCMs into your thermal system?
Contact PCMCOOL to discuss material selection, temperature matching, and integration strategies for your specific application.