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| Name | Model | Melt Point (°C) | Mechanical Impurities (%) | Water-Solubility Acid and Alkali | Appearance |
| Energy Storage Wax | E20 | 20 | Non | Non | White-Yellowy Liquid |
| Energy Storage Wax | E21 | 25 | Non | Non | White-Yellowy Liquid |
| Energy Storage Wax | E22 | 30 | Non | Non | White-Yellowy Liquid |
| Energy Storage Wax | E23 | 35 | Non | Non | White-Yellowy Liquid |
| Energy Storage Wax | E24 | 40 | Non | Non | White-Yellowy Solid |
| Energy Storage Wax | E25 | 45 | Non | Non | White-Yellowy Solid |
| Energy Storage Wax | E26 | 50 | Non | Non | White-Yellowy Solid |
| Energy Storage Wax | E27 | 80 | Non | Non | White-Yellowy Solid |
We take the wax′s advantage characteristic which can absorb and release thermal energy in the solid-liquid transformation process to store the transferred energy to achieve making use of the most of rich energy resource. Recently years, the new technique has been researched and developed in many fields all over the world, such as new building material, textile industry, electric power, medical device, aviation and space. Some of projects have already stepped into a practical and commercial stage.
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