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The Chemical Anchor EP1000 Pure Epoxy is a premium-grade, high-performance anchoring adhesive designed to meet the rigorous demands of heavy-duty construction, structural reinforcement, and critical infrastructure projects. Engineered for exceptional reliability, this pure epoxy formulation delivers uncompromising bond strength and long-term stability, making it an ideal choice for contractors and engineers seeking a dependable solution for complex fastening requirements.
Designed to perform reliably in challenging site conditions, this chemical anchor ensures project schedules are maintained regardless of demanding weather or moisture levels.
Dry, wet and flooded holes: Maintains superior adhesion and load-bearing capacity even in fully submerged environments, providing maximum flexibility for on-site installation and reducing downtime.
Extreme temperature resistance: Engineered to withstand a wide service temperature range from -40℃ to +72℃ (with a long-term maximum temperature of +50°C), ensuring structural integrity in harsh climates.
Low-temperature curing: Effectively cures down to -5℃, allowing essential construction work to proceed during winter months without compromising the final bond strength.
Formulated to meet strict environmental standards and rigorous building codes, reducing health risks during installation and ensuring permanent structural safety.
Styrene free formulation (SF): Eliminates harmful styrene emissions, making it safer for installers and highly suitable for use in confined indoor spaces.
Odourless and VOC content (A+): Achieves the highest A+ rating for Volatile Organic Compounds, ensuring superior indoor air quality and compliance with modern green building certifications.
100 years working life: Tested and verified to provide a century of reliable performance, significantly reducing long-term maintenance costs and mitigating structural risks.
Seismic approval: Fully suitable for seismic actions of requirement levels C1 & C2, providing critical safety margins and reliable load transfer in earthquake-prone regions.
Delivers the ultimate holding power required for critical load-bearing applications across various high-strength base materials.
For very high loads: Specifically designed for heavy anchoring, doweling, and critical post-installed rebar connections where maximum structural load transfer is essential.
Low shrinkage: suitable for larger annular gaps: The pure epoxy formulation exhibits minimal shrinkage during the curing process, making it highly effective for filling oversized holes and ensuring a void-free bond.
High chemical resistance: Protects the anchor and embedded rebar from corrosive elements, extending the lifespan of installations in industrial, chemical, or coastal environments.
Versatile drilling methods: Highly usable in both standard percussion drilled holes and smooth diamond drilled holes without loss of performance.
Broad substrate compatibility: Provides exceptional fixings in concrete, solid wood, or other high strength materials.
The EP1000 Pure Epoxy is a versatile, high-strength bonding agent for critical infrastructure, commercial buildings, and industrial facilities, ensuring secure connections in both standard and demanding scenarios.
Heavy duty fastenings in cracked and uncracked concrete: Provides secure and durable anchoring for critical building components. Ideal for installing steel structures, safety railings, heavy base plates, structural supports, brackets, and complex facade structures. It is also highly effective for securing sanitary devices, industrial consoles, load-bearing beams, cable trays, piping systems, and executing post-installed rebar connections for building reconstruction or structural reinforcement.
Fastenings with rebar in cracked and uncracked concrete with shear force: Engineered to handle complex load transfers, particularly where high shear forces are present. Highly recommended for installing shear connectors, wall connecting reinforcement, and creating robust concrete joints in new extensions or structural structural upgrades.
