AMMONIUM BI CARBONATE (ACTIVATOR)

AMMONIUM BI CARBONATE (ACTIVATOR) Specification

Storage Instructions
Store in a cool, dry place, tightly closed container

Boiling point
Decomposes

Physical State
Solid

Density
1.586 Gram per cubic centimeter(g/cm3)

Ph Level
Slightly alkaline

Melting Point
Decomposes before melting (at 36-60C)

Flash Point
Non-Flammable

Size
Customizable / as required

CAS No
1066-33-7

Packaging Type
Bag, Drum

Molecular Formula
NH4HCO3

Purity
99%

Usage
Leavening agent in food, activates certain chemical reactions

Molecular Weight
79.06 g/mol

Shelf Life
1-2 Years

Grade
Technical

Type
Activator

Application
Food Additive, Leavening Agent, Activator

Appearance
White Crystalline Powder

Purity(%)
99%

HS Code
28369910

Stability
Stable under normal temperature and pressure

Solubility
Soluble in water

Main Hazard
Releases ammonia gas on decomposition

Moisture Content
<0.3%

ISO Certified
Yes

Odor
Ammoniacal

About AMMONIUM BI CARBONATE (ACTIVATOR)

Purity	99%
Packaging Details	25kg Bag
Grade	Technical Grade
CAS Number	1066-33-7.
Usage/Application	Chemical Fertilizer
Chloride (Cl) Content	monium cation NH4+ and the bicarbonate anion HCO3-.
Sulphate (SO4) Content	Ammonia Condensate liquid and Carbon Dioxide
Chemical Formula	(NH4HCO3
Color	white crystalline solid
Melting Point(MP)	41.9 DegreeC

Ammonium Bicarbonate is used for bleaching and in hair removal creams, as a bleach activator.

Reliable Leavening and Activation Agent

Ammonium Bicarbonate acts as a dependable leavening agent in food processing and as an activator in various chemical applications. Its purity and efficacy enhance product consistency, making it valuable in industrial recipes and formulations.

Safe Storage and Handling

This product remains stable under typical environmental conditions but releases ammonia gas as it decomposes above 36C or when mishandled. Proper storage in sealed containers in cool, dry areas prolongs shelf life and maintains safety for users.

Versatile Industrial Applications

Available in customizable packaging options such as bags and drums, Ammonium Bicarbonate serves exporters, importers, manufacturers, and suppliers in India. Its fine crystalline form, high solubility, and non-flammable nature provide critical solutions across food and chemical sectors.

FAQ's of AMMONIUM BI CARBONATE (ACTIVATOR):

Q: How should Ammonium Bicarbonate (Activator) be properly stored and handled?

A: Store Ammonium Bicarbonate in a tightly closed container, in a cool, dry location away from direct heat or moisture. As it releases ammonia gas upon decomposition, ensure adequate ventilation and avoid exposure to temperatures above 36C.

Q: What is the main benefit of using Ammonium Bicarbonate in food applications?

A: Its primary advantage in food is serving as a leavening agent. It helps baked products rise and achieve light textures by releasing carbon dioxide, improving quality in biscuits, crackers, and similar goods.

Q: When does Ammonium Bicarbonate decompose and what gases are released?

A: Ammonium Bicarbonate decomposes before melting, typically between 36-60C, liberating ammonia gas. Safe handling and proper storage are essential to minimize the risk of inhalation or strong odors.

Q: Where can Ammonium Bicarbonate be used besides the food industry?

A: In addition to its role in food processing, it is used as a chemical activator, pH regulator, and in certain laboratory or industrial processes, given its slightly alkaline nature and solubility in water.

Q: What is the recommended process for utilizing Ammonium Bicarbonate as an activator?

A: To use as an activator, accurately measure the required amount based on the specific application, dissolve in water if necessary, and add it to the reaction or mixture while ensuring proper ventilation to manage any released gases.

Q: Is Ammonium Bicarbonate safe to use and transport?

A: Yes, it is stable under normal conditions, non-flammable, and meets ISO certification requirements. However, appropriate packaging and handling procedures should be followed to minimize the risks associated with ammonia gas release during decomposition.

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