HOT SURFACE DRESSING YOU CAN TRUST

Roads, driveways, and access tracks can be damaged by natural factors such as severe weather conditions, heavy traffic, or shifting ground. Whatever the cause, it is essential to seal and repair any cracks, potholes, or surface wear promptly to avoid further water ingress and more costly structural deterioration.

GIBBONS GROUNDWORKS | HOT SURFACE DRESSING

At Gibbons Groundworks, we understand the inconvenience and potential risks that even minor surface degradation can create. Our dedicated Hot Surface Dressing and restoration services are designed to quickly and effectively seal your pavement, helping to maintain the strength, traction, and long-term durability of your tarmac or asphalt surfaces.

Complete Surfacing Solutions

1. Surface Leveling and Sub-base Stabilization

If left unresolved, uneven areas, ruts, or sinking can become safety hazards and cause water to pool. Our experienced team carries out detailed inspections to identify structural shifts and stabilize the foundation, helping to prevent further damage to your property's infrastructure.

2. Water Ingress Protection and Sealing

Cracked or porous asphalt allows water to penetrate the sub-base, leading to severe frost damage and potholes. We specialize in applying a high-performance hot liquid bitumen binder that seals existing cracks, restoring your surface’s durability and resistance against heavy use and harsh weather conditions.

3. Aggregate Binding and Traction Restoration

A worn, smooth surface loses its skid resistance and visual appeal. Our Hot Surface Dressing process embeds premium, hard-wearing stone chippings directly into the hot binder, restoring excellent grip, preventing skidding, and maintaining a clean, professional finish.

4. Drainage and Runoff Correction

Poor water management can lead to surface erosion and foundational collapse. We provide corrective drainage solutions alongside our surface dressing to ensure water flows efficiently away from your roads and tracks, protecting your property’s structural integrity.