🏅 Retired Welder Uses 40 Years Of Experience To Create A RX900™ Strong Foundry Glue That’s Helping Thousands Save Time And Money

By Frank Dawson | Retired Industrial Welder & Metal Repair Specialist
After spending more than 40 years in industrial welding and metal repair, Frank saw how common problems like cracked pipes, rusted metal, and damaged castings often led to expensive repairs or full replacements. Using his decades of hands-on experience, he partnered with a small R&D team to develop RX900™ Strong Foundry Glue – a strong, easy-to-use repair solution designed for real-world metal restoration. RX900™ helps people repair damaged metal quickly without welding, special tools, or high repair costs.



EXCEPTIONAL BONDING STRENGTH:Formulated for industrial-grade applications, this glue creates a powerful, long-lasting bond capable of withstanding intense pressure, making it ideal for heavy-duty repairs and assembly tasks.

VERSATILE MULTI-SURFACE COMPATIBILITY:Whether it's metal, plastic, or ceramic, this adhesive adheres perfectly to a wide range of materials, making it suitable for diverse repair and construction needs.

HEAT AND IMPACT RESISTANT: Engineered to endure extreme temperatures and high-impact conditions, this glue ensures reliable performance in harsh environments, offering unmatched durability in demanding situations.
QUICK-CURING FORMULA:Designed for efficiency, the fast-curing formula dries in short time, allowing you to complete repairs quickly without compromising the strength of the bond.

COMPREHENSIVE KIT FOR EASY APPLICATION:The package includes a mixing nozzle, applicator, and sandpaper, simplifying the application process and ensuring a smooth, professional finish every time.

SPEC
Adhesive Type: Two-Component Epoxy
Temperature Resistance: -40°C to 150°C
Kit Contents: Adhesive Tube (50 ml), Mixing Nozzle, Applicator, Sandpaper
Package includes: 1 * Heavy-Duty Industrial Adhesive
NOTES
Colors may vary due to differences in monitors.
For manual measurements, please allow 1-2 cm for potential errors.








