RAWLPLUG R-KER-II 400mL Styrene-Free Hybrid Vinylester Chemical Anchor - R-KER-II-400

RAWLPLUG R-KER-II-400 400mL Hybrid Vinylester Chemical Anchor is a high-load, styrene-free vinylester injection resin designed for bonded anchoring in concrete. Suitable for engineered fixing of threaded rods, reinforcement and steel components when used in accordance with the applicable technical assessment.

Features and benefits

• High-strength hybrid vinylester resin, styrene-free formulation
• High load capacity for structural concrete anchoring
• Suitable for reinforced, unreinforced and approved cracked or non-cracked concrete applications, subject to the selected fixing design
• Stable performance at elevated temperatures
• Patented self-opening system for easy dispensing with suitable manual or battery-powered applicators
• Reduced packaging waste from the resin pack design
• Approved non-cracked concrete applications with assessed working life up to 100 years
• Fire performance documentation available for design assessment

Applications

• Threaded rod and reinforcing bar anchoring
• Structural steel connections and brackets
• Concrete construction and infrastructure
• Road and bridge works
• Lift and escalator fixings
• Facade and building support connections

Specifications

• Brand: RAWLPLUG
• Model / SKU: R-KER-II-400
  
• Resin chemistry: Styrene-free hybrid vinylester
• Cartridge size: 400mL
• Version: Standard
• Packaging: Plastic cartridge with hanger
• Manufacturer carton quantity: 10 cartridges; listing is for 1 cartridge
• Technical assessment: ETA-21/0242, subject to application and design

Installation

Select compatible anchoring elements and hole dimensions from the current technical approval. Drill and clean the hole using the specified method; any hole-cleaning exemption applies only when the approved dustless drilling system is used. Dispense until the resin is uniformly mixed, fill the hole as instructed, insert the fixing and observe the specified curing time before loading. Structural fixings must be designed and installed in accordance with the current approved documentation.