Products

BARIGLOSS is sub microns natural barium sulfate. An inspiring innovation of 20 MICRONS with an ultra - fine particle size of 0.9±0.2 microns specially developed for coating and pigment application. The sub - micron particles of Barium sulfate act as spacer between TiO2 leading to increase the efficiency of TiO2 in the formulation. The ultra- fine particles impart high gloss & coverage to coatings. It’s natural grey color used for dark shades application and not used for white color application.

BASOFIX T – Synthetic Barium Sulphate with surface modified. An inspiring innovation from 20 MICRONS with an ultra fine average particle size of 0.7 microns specially developed for paint, powder coating and pigments manufacturing application.

Bentone 27 rheological additive is an organic derivative of hectorite clay. It is designed for moderate to high polarity organic systems and for synthetic binders.

BONDEX® AA 277 is a water- based finely dispersed emulsion of Pure Acrylic Co-polymer. It is surfactant stabilized, excellent binding & good wet scrub, excellent UV resistance & Color retention properties. It gives Clear, Hard, Tough, Non-Tacky, Flexible & Glossy Film.

BENTONE SD-1 rheological additive is an organic derivative of a bentonite clay. It is a very easily dispersible additive for systems containing primarily aliphatic and other non-polar to medium-polarity solvents. BENTONE SD-1 can be added at any point in the paint manufacturing process and can be used for post-correction.

BENTONE 38 is an organic derivative of a hectorite clay. This highly efficient rheological additive is designed for low to intermediate polarity organic systems.

Bentone SD 2 rheological additive is an organic derivative of a bentonite clay. It is designed for use in moderate to high polarity systems containg solvents such as ketones, esters, glycol ethers and alcohol, including polar systems with some aromatic solvents.

Bentone WBS rheological additive is beneficiated, high purity smectite clay for waterbome coatings and related systems.