Non-Staining Epoxy Resin for White Marble Repair & Reinforcement
Overview
Product Description
Non-staining epoxy system specifically developed for white and soft marble applications.
It features controlled penetration, very low yellowing, and water-mark suppression,
ensuring a clean, uniform appearance and long-term color stability after curing.
Product Description
This non-staining epoxy resin system is specially formulated for white and soft marble,
where appearance sensitivity, water-mark control, and long-term color stability are critical.
The system offers controlled penetration to inhibit deep absorption into light-colored stone,
effectively reducing shadowing, dark edges, and surface water marks.
Thanks to its extra-clear formulation and very low yellowing hardener technology,
the cured resin maintains the natural brightness of white marble over time,
even under temperature variations commonly encountered during processing and installation.
Product Features & Specifications
| Feature | Non-staining, low water-mark epoxy system |
|---|---|
| Applicable Material | White marble, soft marble |
| Epoxy System Code | Non-Staining / D30M-BS |
| Epoxy System Ratio | 100 : 30 |
| Durability | High stability and long-lasting performance after curing |
| Ease of Use | Easy to mix and apply, no special tools required |
| Curing Time | 80 minutes |
| Yellowing Resistance | High (very low yellowing) |
| Recommended Working Temperature | 24°C |
| Viscosity | 400–600 CPS |
Problems It Solves
- Water marks and staining on white marble surfaces
- Excessive resin penetration causing darkening or shadow effects
- Yellowing over time on light-colored marble
- Loss of visual purity after crack repair or reinforcement
Recommended Applications
- Repair and reinforcement of white marble slabs
- Crack filling where surface appearance is critical
- Soft marble processing requiring non-staining performance
- Factory resin lines and controlled manual applications
Key Performance Advantages
- Very low yellowing with excellent long-term color stability
- Extra-clear appearance after curing
- Controlled penetration to inhibit deep absorption
- Non-staining, water-mark free performance
- High resilience and resistance to temperature changes
Product System Description
Resin Component: Extremely clear resin obtained through innovative production processes,
designed to deliver high transparency, controlled flow, and excellent visual stability.
Hardener Component: Specially developed hardener ensuring very low yellowing,
excellent system stability, and balanced curing behavior suitable for white and soft marble.
Processing Suggestions
- Ensure the stone surface is clean, dry, and free from dust
- Mix resin and hardener according to the recommended 100:30 ratio
- Apply evenly to cracks or surfaces, avoiding excessive material buildup
- Allow full curing under stable temperature conditions for optimal results
Suitable Stone Types
- White marble
- Soft marble varieties
- Light-colored decorative marble
Packaging & Supply
Available in standard industrial packaging for professional stone processing.
Custom packaging options can be provided based on factory requirements.
Stable supply from manufacturer for continuous production needs.
FAQ
Is this epoxy suitable for white marble?
Yes. It is specifically designed for white and soft marble, focusing on non-staining performance
and color stability.
How does this product reduce water marks?
The controlled penetration formulation limits deep absorption into the stone,
helping prevent surface water marks and shadowing.
Does the epoxy yellow over time?
No. The system offers very low yellowing and maintains clarity and brightness after curing.
Can it be used in factory resin lines?
Yes. It is suitable for both manual application and controlled factory processing environments.
For white and soft marble, visual purity is as important as structural reinforcement.
This non-staining epoxy system combines controlled penetration, very low yellowing,
and extra clarity to protect the natural elegance of light-colored marble surfaces.