MasterFlow

MasterFlow 618

Heavy-Duty Epoxy Resin Grout with Rapid Hardening Properties for Engineering Applications

How Does MasterFlow 618 Work?

MasterFlow 618 is a solvent-free, rapid-hardening, high-strength grout based on modified epoxy resin. It is designed for use as a precision, heavy-duty chocking grout for engineering applications. It is supplied as a two-component system consisting of epoxy resin combined with inert fillers and the hardener, to produce a high-viscosity flowable liquid grout.

Recommended Uses:
  • Machinery with high dynamic loads and vibration

  • Backing of steel liners of ore-crushing machinery in mines and quarries

  • In corrosive environments where chemicals, oils, and solvents make cementitious grouts unsuitable

  • Production line equipment that must resume operations with minimum downtime

  • Machinery base plates, crane rails, anchor bolts, hold-down bolts, and heavy equipment where tensile strength greater than cementitious systems can provide are required

Note: MasterFlow 618 is not recommended where the temperature of the grout after mixing and placing cannot be maintained above 15°C for 48 hours to achieve full cure. Where a maximum thickness greater than 50 mm is required, additional aggregate may be incorporated (refer to Master Builders Solutions). Do not use where the upper operating temperature is more than 100°C.

What Are the Unique Features of MasterFlow 618?

MasterFlow 618 is resistant to vibration and impact, making it particularly applicable where cycles of compression and tension make cementitious grouts unsuitable.

What Are the Benefits of MasterFlow 618?
  • Minimum Shutdown: High early and ultimate strengths ensure rapid resumption of operations.

  • Excellent Chemical Resistance: Provides maximum protection against attack from mineral acids, oils, fats, fuels, strong alkali and salt solutions, and lubricating and hydraulic oils.

  • High Bond Strength: Offers tenacious adhesion to prepared surfaces.

  • Supplied in Pre-Measured Kits: Eliminates the need for complicated on-site measuring and ensures consistent product performance.