Hot Temperatures

• Resin Flow: In elevated temperatures, the resin utilized in windshield replacement kits tends to liquefy and flow more readily. This can be advantageous for filling in cracks and chips. However, it also means that the resin might escape from the damaged area before it has the opportunity to solidify, potentially impacting the quality of the repair.

• Curing Time: High temperatures can expedite the curing time of the resin. While faster curing may appear beneficial, it can pose a challenge for the repairer to complete the process before the resin solidifies. Swift curing may also result in incomplete filling of the damaged area.

• Sunlight Exposure: Direct sunlight can accelerate the resin's curing process. This is generally desirable, but it can be problematic if the replacement is being conducted in direct sunlight, as it hampers the repairer's control over the curing process.

Cold Temperatures

• Resin Viscosity: Cold temperatures have the opposite effect on resin compared to heat. The resin thickens and becomes more viscous, making it more difficult to apply and necessitating repairers to work swiftly before the resin becomes excessively thick.

• Curing Time: Cold temperatures decelerate the curing process, requiring more time for the resin to solidify. This can be challenging, particularly in freezing conditions, where the replacement may take an extended period, and the vehicle must be kept in a warmer environment during curing.

• Glass Fragility: Extremely cold temperatures can render the windshield glass more brittle. It is crucial to handle the glass delicately during the replacement process to prevent further damage.