EVERSEALTM
What is Impregnation? EVERSEAL™ is a kind of sealant for porous mateirals such asaluminum die casting porducts mainly used in automobile field.
-
Sealing Porous
Materials -
Strengthening
to Materials -
Improving
Surfaces -
Giving Corrosion
Resistance
Organic Sealant
EVERSEAL™ series are sealants for porous materials such as aluminum die casting products mainly
used in automobile field.
Our EVERSEAL™ is not only used for metal casting but also used for sintered metals, iron
casting, woods, paper, electronic components and especially aluminum die casting.
One-Way Type
![](../../assets/images/sub/everseal/organic_sealant/thumb1.png)
IP-1000
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Description
Water Soluble Organic Impregnant
All Advantage of Organic Acrylic Impregnant
Short Curing Time
Excellent Sealability -
Features
Excellent Sealability
Easy Process Control
Excellent wash ability
![](../../assets/images/sub/everseal/organic_sealant/thumb2.png)
IP-2000
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Description
Non-Water Soluble Organic Impregnant
Reduce the Residual Heat and Fume Generation
Reduce the COD Generation -
Features
Excellent Sealability and Durability
Low Fume Generation
Eco-Friendly Product
Excellent Washing Power
![](../../assets/images/sub/everseal/organic_sealant/thumb3.png)
IP-4000
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Description
Organic Impregnant
Reduce the Amount of Impregnant Lost in the Normal Pressure
Raising the Sealing Property and Stability -
Features
Cost Advantage
Improvement in the Work Efficiency
Excellent Sealing Property and Durability
Recycle Type
![](../../assets/images/sub/everseal/organic_sealant/thumb4.png)
IP-7000R
-
Description
Recycable Hydrophobic Organic Impregnant
Eco-Friendly and Saving the Cost
Low Specific Gravity and High Interfacial Tension Facilitating the Layer Separation and Recycling -
Features
Cost Advantage
Eco-Friendly Product
Excellent Sealing Property and Durability
![](../../assets/images/sub/everseal/organic_sealant/thumb5.png)
IRC-7
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Description
Supplement for the Separation Process of IP-7000R
Stable Seperation of Impregnant from Water -
Features
Accelerating the Separation
Reinforcement of the Properties of the Recovered Impregnant