Hole Preparation

Anchor bolt holes should be drilled using air or rotary. If diamond core or non percussive drilling equipment are used then the sides of the hole must be thoroughly roughened.

Hole Cleaning

Drilling debris and dust must be thoroughly cleaned from the hole using a stiff nylon bottle brush and oil free compressed air.

Application

Drill the hole to the correct diameter and depth using a rotary percussive machine. Clean the hole using a stiff wire or nylon brush and clean compressed air blow pump.

Once the hole is prepared, remove the screw cap and red plug from the cartridge. Attach mixer nozzle, place in applicator gun and dispense the first part of the cartridge to waste until an even color is achieved. Insert the mixer nozzle to the far end of the hole and half fill hole (depending upon application). Withdrawing the nozzle as the hole fills.

For deep holes, extension tubing can be used. Immediately insert the fixing. This should be done slowly with a slight twisting motion.

Excess resin should be removed from the mouth of the hole before it sets. Leave the fixing undisturbed until loading time has elapsed. Attach the fixture and thighten the nut.

Cleaning

Clean tools with SOLVENTE 10 promptly before material harden. Cured material must be mechanically removed.

Recommendations

• Do not add other materials to ANCHOR FIX EP.
• Do not mix more grout than can be applied within the pot life of the material.
• Do not apply on crumbling surfaces.
• Do not apply on dusty surfaces.
• Do not use on surfaces with traces of oil, grease and form-release compound, adhesion may be compromised or reduced.
• Do not apply if the air temperature or if the temperature of the substrate are lower than +5°C.
• Do not apply loads until it has completely cured grout may become significant.
• Anchoring strength depends on: Strength of substrate, resin embedded length, hole preparation, steel bar type and diameter.

Load Testing

On-site load tests should always be performed to determine the actual performance prior to use, as it is dependent on many variables.

Gel and Loading Times

Load Capacity Data

This data is applicable to all grades of carbon and stainless steel threaded bar up to 1040 MPa ultimate tensile stress. Ensure that threaded bar used can accommodate the loads shown below operatives. It is potentially hazardous if not used correctly. Please refer to the Material Safety Data Sheet (MSDS) prior to the purchase and use of this product.

Rebar (Grade 500 Metric)