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  • XGSILICON Vietnam Co., Ltd.
  • Address: Nghia Dung Hamlet, Dai Son Commune, Hai Phong City, Vietnam
  • Email: xgilicontk2024@gmail.com
  • Tax code: 0801417765

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XGSILICON Việt Nam

Professional silicone printing inks

Home
Product Catalogs
Silicone Ink
Anti-Slip Silicone InkEmbossing / Molding SiliconeGlossy Silicone InkHeat Transfer Silicone InkSilicone Anti-Bleed InkSilicone Underbase InkMatte Silicone InkPuff Silicone InkSilicone Flocking InkSilicone Printing Additives
Plastisol Ink
Plastisol Underbase InkPlastisol Matte InkPlastisol Anti-Bleed InkPlastisol Reducer Ink
Oil-based Ink
Oil-Based Underbase InkOil-Based Matte InkOil-Based Glossy InkAdditives
Water-Based Ink
Water-Based 3D Printing Ink
TDS & Videos
Gallery
News & Events
Latest News
Company News
Industry News
About Silicone Ink
About Us
Contact Us
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Silicone Printing Additives

Silicone Thinner (Fast Dry)

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SKU
XG-128A

Product summary
Fast dry silicone thinner is used to reduce the viscosity of silicone inks, making the ink easier to process during printing applications. It helps accelerate drying speed, improve printing efficiency, and is suitable for high-speed production environments.

Fast dry silicone thinner is used to reduce the viscosity of silicone inks, making the ink easier to process while increasing drying speed during printing. The fast dry type is suitable for high-efficiency production and applications requiring faster curing time.

It helps improve ink flow, leveling performance, and printing efficiency. Working time can be adjusted according to operating temperature and thinner mixing ratio.

Recommended mixing ratio: approximately 2%–10% depending on printing requirements.

Code number: XG-128A
AppearanceTransparent liquid (Silicone Fast Dry Thinner)
Package1KG

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Silicone Catalyst (Fast Dry)

Silicone Catalyst (Fast Dry)

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Silicone Catalyst (Extra Fast Dry)

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Silicone Thinner (Slow Dry)

Silicone Thinner (Slow Dry)

Slow dry silicone thinner is used to reduce the viscosity of silicone inks, making the ink easier to process during screen printing. It helps extend operation time, reduces premature drying on the screen mesh, and is suitable for large printing designs or high-temperature working environments.