MasterFlow 649 - High-Flow Epoxy Grout for Heavy Equipment Support

MasterFlow 649 is a high-performance, high-flow epoxy grout designed for the precise support and alignment of heavy equipment. Its high early and ultimate strengths, combined with excellent load transmission, make it ideal for applications involving static and dynamic loads. This grout offers an 85% effective bearing area and resists chemical exposure, impact, and vibration, ensuring long-term stability and durability for critical equipment foundations. Its fast cure time allows for rapid turnaround, minimizing downtime in demanding industrial environments.

Key Features:

• High early and ultimate strengths with low creep
• Effective 85% bearing area for load distribution
• Excellent chemical resistance
• Resists impact, vibration, and torque dampening
• Durable bond to concrete and steel

Applications:

• Precision grouting of compressors, pumps, and generators
• Crane rail grouting
• Grouting of equipment subject to high torque and vibration
• Wind turbine bases and structural steel supports

Technical Specifications:

• Packaging: 1.7 cubic foot kit
• Compressive Strength: High early and ultimate strengths
• Creep Resistance: Low creep under sustained loads
• Compliance: Meets API standards for rotating equipment

Frequently Asked Questions:

What is the primary application of MasterFlow 649?
MasterFlow 649 is designed for grouting and supporting heavy equipment such as compressors, generators, and wind turbines, ensuring proper load transfer and stability in demanding environments.

Can MasterFlow 649 resist chemical exposure?
Yes, it offers excellent chemical resistance, making it ideal for industrial environments where chemicals are present.

Is MasterFlow 649 suitable for dynamic loads?
Yes, MasterFlow 649 is engineered to handle both static and dynamic loads, including impact and vibration, providing long-lasting durability.

How quickly does MasterFlow 649 cure?
It cures quickly, allowing for rapid turnaround in critical industrial settings, minimizing downtime for heavy equipment installations.