APOX G - 55 is a non slip , high adhesion quartz . it can be applied upto 10mm bed thickness high dispersion copolymers hydraulic binders composed of only cement clinker in APOX  G -55  provides rheological mixture for a prolonged stability. It serves purpose of high resistance laying on flooring and wall of ceramic and homogeneous tiles and glass mosaic on cement based substrates.

• Fixing absorbent floor and wall tiles outdoors and indoors. The tiles can be made of cotto, double fired, single fired ceramic.
• Fixing poorly absorbent materials or non – absorbent materials such as single – fired tiles, refine
• Porcelain stoneware and vitrified tiles.
• Suitable for use when high performances are required, such as tile fixing in industrial environment or fixing on top of old ceramic tiles or natural stone indoors, in swimming poois or on facades.
• Fixing on heating floors.

• Dual use: for both floors and walls
• High bond strength
• High tack – will hang tile without slippage
• Easy to use
• Increased flexibility
• Improved impact resistance

• Approximately 70 to 80 sq. ft for 20kgs. Bag with 6mm * 6mm square notch trowel for A bed of 3 Mm

Stir APOX G - 55 admix thoroughly before use.

Place clean, potable water or a APOX G – 55 latex admix into a clean pail. Add  APOX  G -55  powder. Use approximately 6L of water for 20kg of powder. Mix by hand or with a slow speed mixer to a smooth, trowelable consistency. Allow adhesive to slake for 5 – 10 minutes. Adjust consistency if necessary. Remix and apply with the proper sized notched trowel.

The above information and details herein and based on the test conducted and experience on applications and usage. The user is advised to carry out the test and take trials to satisfy on the suitability of the product and meeting his requirements considering the prevailing conditions prior to apply/using it on large area. As the conditions under which the product are used for transported are beyond our control. We would not hold ourselves responsible on its consequential non performance.