Clean Coats Range of Surface Tolerant Coatings : Clean Coats offers range of self-priming surface tolerant coatings to meet the customer requirement of high performance and economy. They are:
High Build Corrosion Protection Coating – CORROTECH GP(M)
Excellent corrosion protection in high humidity areas, moderate chemical resistance, self-priming and easy to apply. Tested for ASTM B 117 – 10000 hrs., Salt Fog Spray – no failure
Medium Range Corrosion Protection Coating – CORROTECH ST 90
Good corrosion protection surface tolerant coating. Can give corrosion protection up to 3000 hrs. Salt Fog Spray – no failure
Economical Corrosion Protection Coating – CORROTECH ST 80
Corrosion protection surface tolerant coating for general structures. Very economical. Can give corrosion protection up to 1000 hrs. Salt Fog Spray – no failure
CLEAN TECH HPEC 1001 (J) is a Solvent Free Elastomeric Polyurethane coating for application on:
Potable water tank internal
Potable & Irrigation water pipelines internal & external
Mounded Storage vessels
Cooling Towers – Rekker Columns
CLEAN TECH HPEC 1001(J) conforms to:
AWWA C 222 specification
ASTM D 16 TYPE V Specification
CFTRI test for the intended use for contact with potable / drinking water as per US-FDA 175-300
EN 10290 Type 3 CLASS B Specification
IOCL Pipeline specification
EIL Specification for Application on MSVs
Other Specialty Protective Coatings
CERAMI COAT 101:
High Build Epoxy (fortified with Ceramic filler) Coating for Fuel Gas pipes, high abrasion and erosion areas etc.
CLEAN TECH HPEC 201:
100% Solid Epoxy Polyamidoamide Coating for Pipelines, Splash Zones etc.
CHEMI TECH CR 103:
High performance phenolic epoxy based coating for tanks internal, jet fuel pipelines etc. Meets the US Military specification MIL-PRF-4556F and DEF STAN 80-97
CORRO TECH VEGF 500:
High Build Glass Flake Vinyl Ester Coating for Chemical Zones, Sea Water pipelines, FGD/ Aeration tanks in power station / DM plant
CORRO TECH VEGF 600:
High Build Glass Flake Vinyl Ester Coating by brush application in localized areas like pipe joints etc
CORRO TECH PGF 500:
High Build Glass Flake Polyester Coating for Sea Water intake pipelines in power stations/ Desalination Plants etc.
CORRO TECH HB 300:
Glass-flake reinforced Epoxy Coating for Neutralization pits, Highly Corrosive Structures etc.
CLEAN TECH EP:
100% Solid Polyamidoamine Epoxy coating modified with Coal Tar pitch. Ideal for ETP, Cooling Towers, Saline water tank, etc applications
CORROTECH GPC 50:
Friction reducing Epoxy Coating for Gas Pipeline as per API RP 5L2, ISO 15741 specifications.
CHEMI TECH UC:
A unique and Ultimate Chemical Resistant Coating suitable for protection from 33% HCL, 98% H2SO4, HNO3, other aggressive chemicals.
CHEMI TECH UW:
Under water curing Epoxy Coating suitable for repair and maintenance of sweating lines, frozen lines, legs of offshore platforms, ship’s hull, continuously immersed areas etc
Heat Resistant Specialty Coating
CORRO TECH HR 650 – High temperature Heat Resistant coating designed to withstand upto 650 Deg. C.
CHEMI TECH 450 HT - Low DFT corrosion resistant, heat resistant coating based on hybrid silicon resin technology
CORRO TECH HRP 100 (S) – Third generation single component high performance, high build coating based on methoxy functional inorganic copolymer. It can be applied on ST2 surface and can withstand upto 380 Deg.C.
Ceramic Coatings for Internal Lining and Pump Refurbishment
METAL TECH EG APPLICATION
Metal rebuilding system – METAL TECH EG – used for repair of metal shafts, worn out parts etc.
Ceramic Epoxy Repair Compound - CERAMITECH EG
A high performance multi purpose metal repair compound specially developed for rebuilding metal components in a fluid flow environment damaged by erosion and corrosion
It can be applied to any damaged component in one easy application and ideal for rebuilding pump bodies, impellers, propellers, guide vanes, valves, tube sheet, water boxes, rubbers, heat exchangers etc.
Two component Epoxy Ceramic Coating - CERAMITECH CR
A high performance solvent free coating designed for use as a resurfacing and lining system to improve the efficiency in fluid flow environments.
It is simple, safe and easy to use and its excellent low friction surface improves flow rates in pumps and pipelines