Lithium Bromide 50-55% Sol.

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Lithium Bromide 50-55% Sol. Trade Information

Supply Ability
100 Per Month

Delivery Time
7 Days

About Lithium Bromide 50-55% Sol.

Name of Product	Lithium Bromide 50-55% Sol.(For Vapour Absorption System )	IUPAC Name	lithium;bromide
CAS No	7550-35-8	InChI	InChI=1S/BrH.Li/h1H;/q;+1/p-1
Formula	LiBr	InChI Key	AMXOYNBUYSYVKV-UHFFFAOYSA-M
Other name / synonyms	Lithium bromide	Canonical SMILES	[Li+].[Br-]
	7550-35-8	CAS	7550-35-8
	Lithium monobromide	EC Number	231-439-8
	Lithium bromide (LiBr)	UNII	864G646I84
	LITHIUMBROMIDE	Wikipedia	Lithium bromide
	LiBr
	lithium(1+) ion bromide	Description	Clear colourless solution
	UNII-864G646I84	Clarity of soln.	Clear
	EINECS 231-439-8	Assay	52.0 - 56.0 %
	LIthium bromide solution
	LithoTab bromide
	Lithium Microsol (TN)
	Lithium bromide,anhydrous
	AC1Q1U4N
	KSC377C5F
	229733_ALDRICH
	411515_ALDRICH
	429465_ALDRICH
	449873_ALDRICH
	AC1L32N3
	62464_FLUKA
	CHEBI:63042
	CTK2H7152
	LITHIUM BROMIDE, ANHYDROUS
	AMXOYNBUYSYVKV-UHFFFAOYSA-M
	MolPort-000-156-704
	MolPort-006-118-879
	62464_SIAL
	213225_SIAL
	411515_SIAL
	ANW-36623
	AKOS015832995
	AKOS015902436
	RP18471
	TRA-0204869
	AN-20143
	LS-88060
	SC-18261
	KB-297203
	TR-024278
	864G646I84
	FT-0627894
	FT-0695066
	L0210
	W8278
	D08135
	A838438
	I14-19655
	128084-72-0
	14644-35-0
	59217-62-8

Efficient Solution for Industrial Applications

Lithium Bromide 50-55% Solution stands out in industrial environments where efficiency and reliability are paramount. Thanks to its high solubility and stable properties, it serves as a crucial component in absorption refrigeration, water treatment, and humidity control. Its consistent quality meets the strict demands of global industries, ensuring operational excellence.

Reliable Performance in Absorption Chillers

Widely utilized in absorption chiller systems, this LiBr solution acts as an effective desiccant and heat transfer medium. Its ability to absorb water vapor efficiently makes it essential for maintaining precise temperature and humidity levels, resulting in optimized energy usage and cost-effective cooling solutions.

FAQ's of Lithium Bromide 50-55% Sol.:

Q: How is Lithium Bromide 50-55% Solution commonly used in industrial applications?

A: Lithium Bromide 50-55% Solution is primarily used as a desiccant and heat transfer medium in absorption refrigeration systems, as well as for humidity control and water treatment processes. Its high solubility and stability make it ideal for these functions in industrial settings.

Q: What benefits does using Lithium Bromide Solution provide for absorption chillers?

A: The solution enhances operational efficiency by efficiently absorbing water vapor, resulting in improved humidity control and energy savings. This leads to lower operational costs and better climate management within industrial facilities.

Q: When should I use Lithium Bromide 50-55% Solution instead of other desiccants?

A: You should choose Lithium Bromide Solution when high absorption capacity, seamless solubility in water, and efficiency in maintaining low humidity are required. It outperforms many alternative desiccants, especially in large-scale absorption chilling and water treatment systems.

Q: Where can Lithium Bromide 50-55% Solution be sourced from?

A: This industrial-grade chemical is manufactured, supplied, and exported by reputable chemical suppliers in India, and is distributed to customers worldwide for application in various industries.

Q: What is the process for applying Lithium Bromide Solution in water treatment?

A: The solution is introduced into water treatment systems to absorb moisture and assist in desalination. Its high solubility enables efficient separation and removal of water vapor or excess humidity, improving overall water quality and system longevity.

Q: How does the purity and physical properties of Lithium Bromide 50-55% Solution impact its performance?

A: High purity (50-55%) ensures consistency and effective operation, while its density (1.4 g/cm3) and high solubility enhance its rapid integration and reactivity in industrial processes, maximizing its utility as a desiccant and refrigerant.

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