Sikadur-Combiflex Adhesive

Sikadur-Combiflex Adhesive – Professional Structural Bonding Solution

Sikadur-Combiflex is a 2-part epoxy-based adhesive engineered for high-performance structural applications. This advanced chemical anchoring system creates permanent bonds between metal elements and mineral substrates, delivering superior load capacity and reliability for demanding construction projects.

Key Features & Benefits

• Exceptional load capacity – Chemical adhesion combined with complete element encapsulation provides superior performance compared to conventional mechanical anchors
• Broad substrate compatibility – Bonds reliably to concrete, masonry, natural stone and various construction materials
• Ideal for challenging conditions – Performs excellently in cracked concrete, tight edge proximity and multiple anchor scenarios
• European certified – Meets rigorous European standards with fully documented load capacities for structural and civil engineering applications
• Professional formulation – Thixotropic consistency ensures easy mixing and controlled application

Technical Specifications

• Type: 2-part epoxy adhesive system
• Application temperature: +10°C to +30°C
• Suitable for internal and external use
• No primer required on most substrates
• High chemical and mechanical resistance

Recommended Applications

Sikadur-Combiflex is the preferred choice for construction professionals, specialist contractors, rehabilitation projects and certified technical applicators. Ideal for structural anchoring in building construction, civil engineering works, and renovation projects requiring proven, certified materials backed by international manufacturer support.

Why Choose Sikadur-Combiflex?

Backed by Sika's global reputation as a leading construction materials manufacturer with over a century of innovation, this adhesive combines technical excellence with professional-grade performance. Complete technical documentation, certified laboratory testing and local technical support ensure optimal results on every project.