Alkaline Sodium Silicate Liquid

Alkaline Sodium Silicate Liquid

It is used to separate fat particles and keep them suspended, and to prevent corrosion. This matter is used generally as a buffer solution. For several centuries, both liquid silicates and meta-silicates have been used as the soap maker unit. Liquid silicates are added to cosmetic and shaped soaps to prevent rashness. In various types of laundry and self-services, meta-silicates are known as soap makers.

In synthetic detergents, phosphates and other materials are used, causing the corrosion of aluminum, zinc and certain alloys which are used in dishwasher structure. The role of sodium silicate in the composition of detergents is to control the corrosion, alkalization, emulsion of fats and organic oils, and reduce the calcium and magnesium hardness.

Ratio of Alkaline sodium silicate glass is Na2o: Sio2 = 1:2.2 (+/- 2 %)

Shreenat is leading manufacturer in sodium silicate base products, shreenath produce sodium silicate glass in high efficient furnaces with his own technology to serve qualitative products in many different Industries.

Alkaline sodium silicate solutions have many applications, including sand agglomeration and geopolymer production. Alkaline sodium silicate liquid use in pharma Industries, chemical reaction agent in chemical Industries, Dye and Pigment industries, refractory clay manufacturing Industries, light weight bricks block production, cementation, Tiles manufacturing in Ceramic Industries, Refractory Bricks Manufacturing Industries, Textile cloth manufacturing industries, Detergent Manufacturing Industries, soap cake manufacturing Industries.

Alkaline Sodium Silicate Liquid is produced by dissolving Alkaline sodium silicate Lumps with water at 120°C Temperature and 2 kg/cm2 pressure or by hydrothermal process which is produced by reacting caustic lye and fine crystalline silica in autoclaves under intense pressure.

Alkaline Sodium Silicate Glass Lumps/cullet physical and chemical properties:

ALKALINE SODIUM SILICATE GALSS LIQUID SPECIFICATION RATIO (Na20 : SiO2) = 1 : 2.2 (+/- 2%)
Be°	48° – 52°	52° – 55°	55° – 58°	58° – 60°	60° – 62°
Na2o	13 – 14	14 – 16	16 – 18	18 – 20	20 – 22
Sio2	29 – 30.5	30.5 – 34	34.5 – 38	39 – 42	43.5– 46.5
TDS	41 – 44.5	44.5 -50	50.5 – 56	57 – 62	62 – 69
Weight Ratio (Na2o: sio2)	2.230	2.178	2.156	2.166	2.175
Sp.Gr.	1.495 – 1.559	1.559 -1. 161	1.611 – 1.666	1.666 – 1.705	1.755 – 1.757

DESCRIPTION	SPECIFICATION
Physical State	Thick liquid
Appearance	Clear Liquid
color	Colorless, Transparent
Total Solid (%)	30 to 55
Weight Ratio (Na2o: sio2)	1:2.0 to 1:2.5
P.H	12-13
Specific Gravity (Density)	1.30 to 1.50
Stability and reactivity	Stable at Normal pressure and temperature
Melting Point	Not applicable.
Boiling Point (C°)	101.5 – 102
Water soluble (%)	100
Freezing point (C°)	-1°
Evaporation Temperature (C°)	Not applicable
Vapor pressure	Not applicable
Vapor density	Not applicable
Molecular formula	(Na2O)x · (SiO2)y · H2O