High-Performance Cold Vulcanizing & Rubber Bonding Solution
NEON CHEM CVC & Hardener
NEON CHEM Cold Vulcanizing Cement is an advanced two-component bonding system engineered for conveyor belt splicing, pulley lagging, and rubber lining. When mixed with its dedicated hardener, it activates rapid cross-linking to provide exceptional peel strength, high thermal stability, and dynamic flexibility under heavy industrial loads.
Key Features
- Only two coats required for maximum bonding
- Rapid functional curing time
- High peel strength for heavy dynamic loads
- Excellent thermal stability up to 80°C
- High resistance to acids, alkalis, and oils
- Optimized for field jointing and emergency repairs
Technical Specifications
| Product Type | Two-Component Cold Vulcanizing Cement |
| Base / Appearance | Dark Viscous Liquid / Amber Hardener |
| Mix Ratio | 1 kg Cement : 1 Bottle (40g/50g) Hardener |
| Pot Life | 30–45 minutes (after mixing) |
| Operating Temperature | Up to 80°C |
| Shelf Life | 6–12 Months (Sealed Container) |
Application Process
1
Surface Prep: Mechanically buff rubber surfaces with a tungsten carbide disc and clean thoroughly to remove oil, dust, and grease.
2
First Coat (Primer): Apply a thin, uniform coat of NEON CHEM CVC to both prepped surfaces and let it dry completely.
3
Hardener Mixing: Thoroughly mix NEON CHEM Hardener with the cement for 1–2 minutes before the second coat.
4
Second Coat: Apply the activated mixture evenly over both surfaces and allow it to reach a tacky state (tack-dry).
5
Join & Roll: Align surfaces precisely, join firmly, and roll vigorously using a serrated stitcher roller from center to edges to expel trapped air.
Applications
- Conveyor belt splicing
- Rubber lining repairs
- Rubber-to-rubber bonding
- Belt edge sealing
- Patch repairs on conveyor belts
Packaging
Available in 1 kg, 5 kg, and 20 kg containers.
Storage
Store sealed in a cool, dry place. Protect from moisture. Use within 12 months of manufacture.
PRODUCT IMAGES
High-performance industrial solutions designed for reliability, durability, and demanding applications.
