Product Description
Calcium Hydroxide USP Grade With Lead < 2 PPM
Slaked Lime/Hydrated Lime/Calcium Hydroxide, having CAS-No: 1305-62-0, and traditionally being called hydrated lime or slaked lime, is an inorganic compound with the chemical formula as Ca(OH)2. It is free flowing super fine super white powder, free from grits & other contaminations and is obtained when calcium oxide (quicklime) is "slaked" with water, to form Hydrated Lime.
Slaked Lime/Hydrated Lime/Calcium Hydroxide is used in a wide variety of traditional & emerging applications, because of its chemical & physical properties. These are high quality optimum products, compliant to various compendiums, being diligently processed under good manufacturing practices. These products are free from all known allergens and do not contain any prohibitory or toxic chemicals or non-kosher ingredients. The usual shelf life of the product is three to six months from the date of manufacturing of batch.
This grade of Slaked Lime/Hydrated Lime/Calcium Hydroxide shall be compliant to the core specifications & requirement of the United States Pharmacopeia.
Product details
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Packaging Type
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Bag , Jumbo-Bag
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Purity
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0.9, 0.95
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Types
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High Cal Lime
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Packaging Size
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50 Kg , 40 Kg , 100 Kg
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Exceptional Pharmaceutical Grade QualityOur Calcium Hydroxide USP Grade stands out due to its exceptional purity levels, ensuring that lead content remains under 2 ppm, and heavy metals are tightly controlled. This quality makes it highly suitable for pharmaceutical formulations, laboratory experiments, and food additives. Microbial quality is rigorously tested to meet USP standards, supporting safe and consistent use in regulated environments.
Secure and Shelf-Stable PackagingAvailable in robust HDPE bags or drums, this product maintains its chemical stability and purity throughout its 24-month shelf life. Recommended storage is in cool, dry, and sealed containers to prevent contamination and degradation, ensuring reliable performance whenever you need it.
Versatile Applications and CompatibilityCalcium Hydroxide USP Grade is utilized in a wide range of applications such as pH adjustment, neutralization, production of pharmaceuticals, as a dental material, and in food processing. Its compatibility with most pharmaceuticals and stability under normal storage conditions make it a versatile choice for various industries.
FAQs of Calcium Hydroxide USP Grade With Lead < 2 PPM:
Q: How is Calcium Hydroxide USP Grade typically used in the pharmaceutical industry?
A: Calcium Hydroxide USP Grade is commonly used as an excipient, for pH adjustment, in the manufacture of pharmaceutical APIs, and in dental materials due to its high purity and safety profile.
Q: What is the recommended process for storing this product to preserve its stability?
A: To maintain stability and quality, store Calcium Hydroxide USP Grade in cool, dry, sealed HDPE containers away from moisture and contaminants. Proper storage conditions help ensure a 24-month shelf life from the date of manufacture.
Q: Where can Calcium Hydroxide USP Grade be applied outside pharmaceuticals?
A: Besides pharmaceuticals, it is widely used as a laboratory reagent and food additive, especially for pH control or neutralization in food processing, due to its high purity and low heavy metal content.
Q: What are the main benefits of using Calcium Hydroxide USP Grade with lead content below 2 ppm?
A: Key benefits include enhanced safety for pharmaceutical and food applications, reduced risk of contamination, and compliance with stricter regulatory requirements due to the ultra-low lead content.
Q: When should I check the products shelf life and what actions are recommended as it approaches expiry?
A: Shelf life is 24 months from the manufacture date. It is advisable to verify the expiry date before each use and avoid using the product past its shelf life to ensure optimal performance and safety.
Q: How compatible is Calcium Hydroxide USP Grade with other substances used in formulation?
A: This compound is compatible with most pharmaceuticals and chemicals typically used in pharmaceutical preparations, allowing flexible integration into various products and processes.