With firm commitment to quality, we are engaged in providing supreme grade Bleaching Powder. Formulated with the use of top notch chemical compounds by our experts, it is also tested by our well experienced professionals on different aspects. It is widely used in several industries, commercial as well as residential applications as an important chemical. Also, this Bleaching Powder is used for cleaning water, removing unwanted color from cloths and in chemical labs for performing experiments. Our clients can purchase this powder in several air-tight packaging options at reasonable prices from us.
Soluble in cold water
Proper chemical compositions
Longer shelf life
General appearance: Dry free flowing white powder without hard lumps & impurities
Participle size: Minimum 99.5% passing through 1.70 mm Is Sieve or 10 BSS Sieve
Available Chlorine: Minimum 34 % (by Wt.)
Stability: On heating at 100 ± 2 dose not lose more than 1/1 OR 1/15th of available Chlorine
Moisture: Maximum 0.3 % (by Wt.)
Used in the purification of drinkable water.
Works as a bleaching agent in textile industries.
Used as a sanitizer in epidemic control.
Beneficial for the process of aqua culture.
Valuable in carpet industry.
Fruitful in Pulp & Paper Industry.
Effective in the cleaning of health departments, hospitals, homes, offices, hotels etc.
Works as a purifying agent of swimming pools.
Available in 5 kgs/ 1Kg bags, pouches are fit for small consumers.
In 25 kgs.of animated high density polyethylene bag, an extra LDPE liner is available.
In each 50 k gs. of bags, there is a new galvanized iron drum resistant which attacks rust as it consists chlorine. This bag comes with added strength in it's handling, storage and transportation, moreover it contains an extra LDPE inside the linear for sustaining the quality and ensure the protection.
It works as a stable bleaching powder, which is calcium hypochlorite and contains more than 34 % of chlorine.
The stable bleaching powder is a vigorous and stands as an oxidizing agent.
Moreover, it also comes up as a source of hypochlorite as Ca(Ocl)2’