American Windshield Repair Systems windshield repair resin 15 ml bottle with dropper — low-viscosity UV-curing for chips & short c

Professional UV-curing windshield repair resin in a 15 ml bottle with an integrated dropper for precise injections into chip and small-crack damage.

This concentrated repair resin from American Windshield Repair Systems is formulated to flow into common automotive windshield damage and harden under UV light to restore clarity and stability inside the glass. Packaged in a small, easy-to-handle bottle with a built-in dropper, it’s meant for use with repair bridges and injectors so technicians can control volume and placement. The resin is produced and batch-tested in the USA for reliable cure performance, optical clarity, and bonding consistency.

How does this resin work with my repair bridge or injector?

The resin is designed to be compatible with most professional windshield repair bridges and injectors, allowing technicians to introduce material directly into the void created by the break. It flows into micro-fractures by capillary action before being cured with a UV lamp, where it solidifies to support the damaged area and improve visual appearance. Always follow your bridge or injector manufacturer’s procedure for pressure cycles and resin volume.

• Dropper tip for controlled drops into injector or reservoir
• Low-viscosity formulation to penetrate star, bullseye, and combination breaks
• Works with standard UV-curing procedures used by professional tools
• Apply separate pit filler as the final surface layer before finishing

What types of windshield damage will this resin fill?

This resin is intended for small- to medium-sized surface and internal damages such as bullseyes, stars, combinations, and short cracks. It’s engineered to flow into the internal fracture network, displacing air and moisture so the cured material bonds to the surrounding glass. Extremely long or structural cracks may require different repair methods or windshield replacement.

• Effective on bullseye and star-shaped chips
• Suitable for combination breaks and short cracks
• Not intended as a replacement for large structural glass repair
• Final pit filler must be applied before curing the surface layer

How much resin is in one bottle and how many repairs will that cover?

The bottle contains 15 ml of repair resin and includes a built-in dropper for measured dispensing. Usage varies by damage type and technician technique, but a single bottle commonly supplies enough resin for dozens of routine repairs. Denser or larger breaks consume more material, so actual yield depends on each job’s size and the amount of resin required to fully penetrate the damage.

• 15 ml total volume in a single bottle
• Commonly yields roughly 50 or more standard repairs
• Yield influenced by break size and dispensing amounts used
• Designed for professional shop throughput and economy

Are there storage or handling recommendations?

To preserve cure reliability and optical quality, keep the bottle protected from direct sunlight and other UV sources when not in use. American Windshield Repair Systems batch-tests each lot to ensure proper UV cure behavior; nevertheless, following storage guidance helps maintain viscosity and performance. Use appropriate safety precautions when handling resins and dispose of any waste according to local regulations.

• Store away from direct sunlight and UV exposure
• Keep bottle capped when not dispensing to avoid contamination
• Observe personal protective equipment recommendations for technicians
• Follow local rules for disposal of unused resin or contaminated materials

Who this product is for: This 15 ml repair resin bottle is built for professional windshield technicians and mobile repair operators who use bridge or injector systems and need a reliable, UV-curing resin for chip and small-crack repairs. It’s ideal for shops seeking an American-made, batch-tested resin that balances low-viscosity flow, optical clarity, and convenient dispensing for high-volume or on-the-road service work. If you perform large-scale structural replacements rather than in-place chip repairs, select the appropriate materials for those jobs instead.