Product description
Everbuild Anchorset Green 300 Chemical Anchor 300ml – High Strength Resin Fixing System
Get maximum holding power with Everbuild Anchorset Green 300, a high-performance, styrene-free chemical anchoring system designed for heavy-duty structural fixings in concrete and masonry.
This advanced resin system cures rapidly to form an extremely strong bond between threaded rods, bolts, and substrates, making it ideal for applications where traditional fixings may fail. Its easy-flow twin bag system allows smooth application using a standard sealant gun, ensuring consistent mixing and reliable results every time.
Key Features & Benefits
- High Strength Fixing System – Designed for heavy load applications including structural fixings
- Rapid Curing Resin – Fast setting for quicker installation and reduced downtime
- Styrene-Free Formula – Low odour and safer for enclosed environments
- Twin Bag Mixing System – Ensures correct mix ratio every time for consistent performance
- Works in Damp or Wet Conditions – Suitable for challenging on-site environments
- Standard Sealant Gun Application – No specialist tools required
Ideal Applications
Perfect for professional and heavy-duty installations including:
- Fixing threaded rods, studs, and bolts into concrete
- Securing railings, gates, and balustrades
- Installing satellite dishes, brackets, and signage
- Anchoring machinery and structural components
- Fixing starter bars and wall ties
Suitable for use in concrete, brick, stone, and masonry substrates, making it a versatile fixing solution for both construction and renovation projects.
Why Choose Anchorset Green 300?
Unlike mechanical fixings, Anchorset Green 300 provides a stress-free anchoring system that distributes load evenly across the substrate. This results in higher load capacity, improved durability, and reduced risk of cracking in masonry or concrete.
Its ability to cure in wet or flooded holes makes it especially reliable for outdoor and site-based applications where conditions aren’t always ideal.