NOBLE SYNTAL ENAMEL
It is a fast drying synthetic enamel paint based on modified high quality
alkyd resin for protection to interior/exterior surfaces applications. It dries
to give a tough, flexible and high gloss finish with very good adhesion
and durability. It is resistant to cracks and withstands abrasion.
NOBLE SYNTHETIC ENAMEL
It is a general – purpose, economical synthetic enamel, based on alkyd
resin, for architectural and decorative paints for wooden, masonry, steel
and other surfaces. It dries to give high gloss film, resistant to cracks and
withstands abrasions. It has good weather resistance and washability.
It has very good adhesion on interior/exterior surfaces.
NOBLE ZINC CHROMATE PRIMER
A general – purpose alkyd based anti – corrosive primer with zinc
chromate pigments, for the protection of steel surfaces against corrosion
in industrial and moderate corrosive environments. The product offers
good leveling and high coverage with excellent adhesion on steel
substrates. It is an economical anticorrosive primer for general – purpose
applications.
NOBLE ZINC PHOSPHATE QUICK DRYING PRIMER
A Quick Drying Alkyd based anti-corrosive Primer pigmented with
zinc phosphate. Dry film is tough, hard and has moderate chemical
resistance, with excellent adhesion, can be overcoated with Noble alkyd
systems. It does not contain chromates.
NOBLE BITUMEN (SOLVENT BASE)
Noble Bitumen (Solvent base) is a physically drying bituminous coating,
consisting of a selected grade of top quality bitumen. It provides
excellent resistance to the aggressive action of chlorides, sulphates
and other moisture borne contaminants on substrates. It has excelle
Noble Hammer Finish
It is a quick drying metallic finish with hammer tone effect, based
on special resin, additives and aluminium paste, which give uniform
hammer tone finish on application. The special hammer effect can hide
minor surface imperfections or defects.
It has good scratch and impact resistances. It can withstand high
temperatures. It has excellent adhesion and weather resistance
on interior/exterior surfaces.
