Cipy

Specifications

Dr.Cipy’s technical cell assists you in choosing the right flooring system according to the type of industry, category of abuses and nature of substrate conditions from a myriad of technologies: Epoxy, PU, EPU, MCU, MMA.

Providing and laying 3 mm average thick, EPU based self-smoothing floor topping:

The system includes surface preparation by mechanical grinding/scarification or any suitable means, to suit to the base concrete floor conditions, to remove any loose materials, contaminants and laitance to provide a sound base and good anchoring, then vacuum and manual cleaning of all loose/dust particles, preparing sub surface, opening and filling of cracks above 1mm joints with suitable epoxy mortar etc, all complete, as per manufacturer’s specifications.

Providing and applying solvent-free epoxy primer, Cipoxy 17 or equivalent, having equal volumetric ratio of mixing of resin and hardener on a properly prepared concrete substrate, followed by 1.8 mm average thick epoxy screed, using solvent-free epoxy, Cipoxy 17 or similar, having equal volumetric ratio of mixing of resin and hardener, along with graded aggregates, FAG 200 or similar, with a mixing ratio of polymer to aggregates as 1:2.5, followed by applying 1 mm average thick, EPU self-levelling system, Cipothane SL or equivalent, and deaerating the layer by spike roller to dislodge the entrapped air and allowing to cure at ambient temperature for 48 hours to achieve the optimum properties.

Providing and laying 2 mm average thick, EPU Static dissipative flooring:

Providing and preparing the concrete surface by shot blasting or scarifying or diamond grinding equipment to remove any loose materials, contaminants and laitance to provide a sound, fine gripping surface, and then opening the cracks above 1mm and cold joints and filling with epoxy mortar and cleaning the entire floor area using a powerful industrial vacuum cleaner. Over the prepared surface, solvent free epoxy primer of Cipoxy 16/17 or equivalent is applied as a moisture tolerant epoxy primer for average thickness of 200 microns. On the primed surface, self-adhesive copper tape of conductive grade, of thickness 50–100 microns is stuck and connected to a permanent earth ground. Conductive coat of Aquoxy ESD of Cipy, which forms the electrical plane through which static charges are dissipated, shall be applied, followed by a conductive grade EPU self-levelling flooring, Cipothane ESD 108 of Cipy or equivalent, shall be applied at a thickness of 1700 microns. The coated layer is deaerated by using a spike roller evenly and smoothly, so that carbon fibres are equally distributed across the area.

Providing and laying 3 mm average thick, EPU conductive flooring:
Providing and preparing the concrete surface by shot blasting or scarifying or diamond grinding equipment to remove any loose materials, contaminants and laitance to provide a sound, fine gripping surface, and then opening the cracks above 1mm and cold joints and filling with epoxy mortar and cleaning the floor area using a powerful industrial vacuum cleaner.
Over the prepared surface, solvent free epoxy primer of Cipoxy 16/17 or equivalent is applied as a high build moisture tolerant epoxy primer for a thickness of 200 microns. A self-levelling epoxy screed using Cipoxy 17/15 with graded aggregates with a thickness of 1700 microns shall be applied. On the screed surface, self-adhesive copper tape of conductive grade, of thickness 50–100 microns is stuck and connected to a permanent earth ground. Conductive coat of Aquoxy ESD of Cipy, which forms the electrical plane through which static charges are dissipated, shall be applied at a thickness of 100 microns, followed by a conductive grade Epoxy self-levelling flooring, Statguard ESD 104 of Cipy or equivalent, shall be applied at a thickness of 1000 microns. The coated layer is deaerated by using a spike roller evenly and smoothly, so that carbon fibres are equally distributed across the area.

Providing and laying 4 mm average thick, PU-Concrete based self-smoothing floor topping, Duracrete MD of Cipy Polyurethanes, or equivalent.
The system includes surface preparation by mechanical grinding/scarification or any suitable means, to suit to the base concrete floor conditions to remove any loose materials, contaminants and laitance to provide a sound base and good anchoring, along with vacuum cleaning to remove all loose/dust particles, preparing the sub surface.
Providing and applying average 1mm thick scratch coat of PU-Concrete flooring, Duracrete MD of Cipy or equivalent, over the properly prepared surface and over which, Duracrete MD shall be applied at a thickness of 3 mm and the self-levelling layer is deaerated by spike roller to dislodge entrapped air and allowing to cure at ambient temperature, all complete as per manufacturer’s specifications.

Providing and laying 3mm average thick Epoxy/PU Decorative flooring, DecoFloor of Cipy or equivalent, comprising of surface preparation by mechanical grinding/scarification or any suitable means, to suit to the base floor conditions to remove any loose materials, contaminants and laitance to provide a sound base and good anchoring, with vacuum cleaning of all loose/dust particles, preparing sub surface, opening and filling of cracks above 1mm joints with suitable epoxy mortar. Providing and applying high build epoxy primer of Cipoxy 14/15/17 of Cipy or equivalent at an average thickness of 200 microns, followed by solvent-free epoxy self-levelling screed with Cipoxy17/15 along with graded aggregates in standard proportion to get a uniform flow consistency to achieve an average thickness of 800 microns, followed by application of self-smoothing floor topping of DecoFloor of average 2mm thickness in standard shades, as decided by Engineer-In-Charge and followed by clear, aliphatic polyurethane topcoat, Floorkote CG of Cipy make or similar, all complete as per the manufacturer’s specifications.

Providing and laying 3mm average thick chemical resistant flooring of Cipy, comprising of surface preparation by mechanical grinding/scarification or any suitable means to suit to the base floor conditions to remove any loose materials, contaminants and laitance to provide a sound base and good anchoring, followed by vacuum cleaning of all loose/dust particles, preparing sub surface, opening and filling of cracks above 1mm joints with suitable epoxy mortar. Providing and applying high build epoxy primer of Cipoxy 16/15/17 of Cipy or equivalent @ average thickness of 200 microns, followed by solvent free epoxy self-levelling screed with Cipoxy17/15 along with graded aggregates in standard proportion to get a uniform flow consistency to achieve an average thickness of 1300 microns, followed by applying 1mm thick, self-smoothing epoxy floor topping of Cipoxy SL1000 of Cipy make or equivalent in standard shade as decided by Engineer-In-Charge and followed by a 500 microns thick coating of chemical resistant Epoxy-Novalac Resin, Cipoxy EPN 100 of Cipy make or similar, all complete as per the manufacturer’s specifications.

Providing and applying, solvent-free PU primer Floorprime of Cipy or equivalent @ thickness of 200 microns, followed by laying 1 mm average thickness of flow grade, solvent free PU crack bridging membrane, Floorflex 100 of Cipy or equivalent, followed by broadcasting of anti-slip grains, DF200 of Cipy or equivalent @ 2.5 kg/sqm, followed by applying a thick coat of solvent-free, wear resistant, 4 component, aromatic polyurethane coating, Floorkote 4 K of Cipy or equivalent in standard shades by a squeeze, all complete as per manufacturer’s specifications.

Providing and applying, high build , moisture tolerant epoxy primer, Cipoxy 16/17 of Cipy or equivalent, @ thickness of 200 microns, allowing the primer to become tack free and broadcasting anti-slip grains, DF 200 of Cipy or equivalent @ 2-2.5 Kg/sqm, followed by applying a thick coat of solvent-free, 4 component, resilient EPU coating, Cipothane 4K of Cipy or similar in standard shades by a squeeze, all complete as per manufacturer’s specifications.