a.    FUSED LUMPS :  It is available in White lumps of about 2" size with 74% min Purity.
      It is also used by cement paint industries as well as oil drilling wells.

b.    FUSED POWDER:     It is a Fine free flowing powder of 80% min Purity. it is white in colour. It has       easy to dissolve property. Hence chilling media up gradation is easy and quick with this grade.  It is       pure form of Calcium Chloride.  So Ca-Stearate, Palmiate, Gluconate, Citrate etc. compound       manufacturer prefer this grade from us.

c.   ANHYDROUS POWDER : 99.99% Purity, Food Grade, Mercury Free.  No doubt in quality is what this       product spell for us.  It is used for WATER DOSING; PHARMA FORMULATION; BULK DRUG       MANUFACTURE AND WHAT NOT ?  You name the purpose; ACE can recommend it.

d.   ANHYDROUS LUMPS : 96% min strength ISI standard, most ideal desiccant.  Most reliable water       separator from Solvents is what user belives in for our product.  We give M.S. or plastic or paper       drum parking to avoid powder formation of lumps.  Reasonably priced is what user spells for ACE.        Client satisfaction of quality is the primary concern of ACE.
 
e.   LIQUID BRINE :  Chilling plants in large capacities cannot afford the cost of fused grade product.  Fuel       being costly every where; better to adopt chilling brine procurement directly in ready made liquid.        We give 7.5 min, pH and 1.36 Sp.Gr. and Chromate addition for ready to use brine.  We give below       the tips for chilling media.

TIPS FOR CHILLING MEDIA :
       A brine may be defined as a liquid of low freezing point used in the transmission of refrigeration without change of state. The brines commonly employed in refrigeration are calcium and sodium chlorides.  The later is cheaper but cannot  be used below its eutectic point of  - 6.03 o.F. Calcium chloride of commercial grade does not operate very satisfactorily below -40 o.F.

        Although these brines have the great advantage of low cost, they have the disadvantage of being extremely corrosive, and the calcium brines have the disadvantage of throwing down insoluble precipitates with untreated waters. Corrosion in closed systems can be largely overcome by the addition of sodium dichromate, Na2Cr2072H2O, 100 lb and 200 lb being required per 1000 cu.ft. of calcium and sodium brines, respectively.  Enough caustic is added to make the brines slightly alkaline.  Open calcium brine systems may be protected by additing zinc dust at the rate of 60 lb/1000 cu.ft. a little at a time.

        Other materials that may be used are methanol, denatured alcohol, ethylene glycol and glycerin.
These have been much used for protection of automobile radiators and are no more corrosive than water.  Their main advantage is cost, but they have been used in place of brines for household refrigerators.  Methanol and denatured alcohol solutions are not inflammable at refrigeration temperatures, but at higher temperature they may give off inflammable vapors.