Megapoxy 206 Ultra Epoxy Grout – High Strength Civil & Structural Grouting

Engineered for Civil & Infrastructure Applications

Megapoxy 206 Ultra is specifically designed to meet the performance demands of civil engineering and infrastructure projects where traditional cementitious grouts are not suitable.

• Structural base plate grouting – ideal for achieving full bearing support beneath steel base plates
• Bridge bearing and base plate grouting – ensures uniform load distribution and long-term stability
• Anchor bolt and starter bar grouting – high bond strength for critical structural connections
• Wind turbine and renewable energy installations – precision grouting for base frames and tower supports
• Heavy machinery and plant equipment foundations – vibration-resistant and non-shrink support
• Rail and transport infrastructure – suitable for rail base plates and trackside structural elements
• Precast panel and column base grouting – accurate levelling and load transfer
• Industrial base plate installations – chemical-resistant support in aggressive environments

Performance Benefits

• Ultra-high compressive strength up to 115MPa for heavy load-bearing applications
• Non-shrink epoxy formulation ensures full surface contact and load transfer
• Maximum grout thickness of 50mm per pour – can be layered for greater depths
• Excellent chemical resistance for industrial and aggressive environments
• High bond strength to concrete and steel
• Flowable consistency ideal for grouting under structural base plates
• Pre-measured kit components for accurate mixing and consistent performance
• Low creep characteristics for long-term structural reliability
• Suitable for dynamic and static loads

Available Kit Sizes

• 8.3kg Kit – Ideal for anchor bolts, small base plates, and repair works
• 25.3kg Kit – Suitable for large-scale civil grouting and infrastructure projects

Typical Installation Scenarios

Megapoxy 206 Ultra is commonly specified where precision alignment and structural load transfer are critical. Typical installation scenarios include:

• Grouting beneath steel base plates for structural columns
• Securing hold-down bolts in concrete foundations
• Filling voids between precast elements and structural supports
• Supporting rotating equipment where vibration resistance is required

For applications exceeding 50mm thickness, the grout can be applied in multiple layers to achieve the required depth.

Why Choose Epoxy Grout for Civil Applications?

In modern civil construction, epoxy grouts like Megapoxy 206 Ultra are increasingly specified where structural performance, durability, and precision are non-negotiable. Unlike cement-based alternatives, epoxy grouts provide superior load transfer, chemical resistance, and long-term reliability—making them essential for infrastructure, renewable energy, and heavy industrial projects.

Whether you're installing structural steel, securing anchor systems, or supporting critical equipment, Megapoxy 206 Ultra delivers the performance required for demanding Australian construction environments.

What is Megapoxy 206 Ultra used for?

Megapoxy 206 Ultra is used for high-strength grouting applications in civil and industrial construction, including base plate grouting, anchor bolt fixing, and heavy equipment foundations.

Is epoxy grout stronger than cement grout?

Yes, epoxy grout provides significantly higher compressive strength, superior bonding, and zero shrinkage compared to traditional cementitious grouts, making it ideal for critical load-bearing applications.

Can Megapoxy 206 Ultra be used outdoors?

Yes, it is suitable for both internal and external applications, including infrastructure projects exposed to weather and environmental conditions.

What size kit should I choose?

The 8.3kg kit is suited to small jobs such as anchor bolts, while the 25.3kg kit is recommended for large base plates and civil grouting works.

Does epoxy grout shrink during curing?

No, Megapoxy 206 Ultra is a non-shrink epoxy grout designed to maintain full contact between surfaces, ensuring effective load transfer.

Is it suitable for dynamic loads and vibration?

Yes, its high strength and low creep properties make it suitable for applications involving vibration, such as machinery bases and transport infrastructure.