prime organic products

Bhandup West, Mumbai, Maharashtra

We offer paroleathe leather colors. Paroleathe leather colorsparoleathe leather colors are a wide range of water based pigment dispersion developed especially for finishing leather. They are suitable for use on shoe, upholstery, nappa and other leather products. They are so finely dispersed that they can be used for glazed and resin finishes. The pigments have been selected to obtain maximum covering power possible. And with the exception of bright black and glazing black, they contain no dyestuff. The quantities of binding and dispersing agents in the pastes are minimum, necessary to maintain the suspension of the pigments during long storage, and the products may be kept safely for long periods under all climactic conditions. The binder content for purposes of finished formulation should be ignored and sufficient quantities of protein or resin emulsions to bind the pigment should be added. prime eco range leather colors the eco range series are preparation s of individual pigment powder in aqueous medium. They contain very small quantity of casein as medium carrier. The eco range leather pigments on account of the transparency of the fine pigment particulars are suitable for aniline and semi-aniline finishes. Eco range products also deliver a better leveling compared to the inorganic series.

we offer Liquid Coagulant Boiler Sludge Conditioner. PARAGON'S Liquid coagulant is a solution of a colourless, high molecular weight sludge conditioner used in both medium and low pressure boilers and tank to prevent sludge deposits. It is especially useful when feedwater becomes contaminated by oil. Dosing PARAFIX LIQUID COAGULANT to the boiler tank coagulates the oil droplets causing these suspended solid to settle to the low points of the boiler, where they are removed by blowdown.

We offer fluorescent colors conventional pigments produce colour by selectively reflecting part of the incident light, absorbing the remainder which is converted to heat. Fluorescent pigments, however, convert part of this absorbed energy into light of their own colour; thus re-emitting more light than actually falls on them, causing a glow called fluorescence.