HEPES Buffer extrapure, 99% 500g SRL

HEPES Buffer extrapure, 99% 500g SRL Specification

Packaging Type
Plastic Bottle

Density
1.07 Gram per cubic centimeter(g/cm3)

Size
500g

Flash Point
Not applicable

Usage
Laboratory

Molecular Weight
238.30 g/mol Carat

Physical State
Solid

Boiling point
Not applicable

Purity
99%

Ph Level
5.0 - 6.5 (5% aq. solution)

Molecular Formula
C H N O S

Melting Point
Approximately 234 238 C

Shelf Life
5 Years

CAS No
7365-45-9

Grade
Extrapure

Type
Other

Application
Laboratory

Appearance
White crystalline powder

Purity(%)
99%

Loss on drying
max. 0.5%

Packaging Size
500G

Product Code
63732

Chloride (CI)
max. 0.01%

Solubility
Clear, 10% aq. solution

Assay
min. 99%

HEPES Buffer extrapure, 99% 500g SRL Trade Information

Minimum Order Quantity
1 Liter

FOB Port
JAIPUR

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Telegraphic Transfer (T/T)

Supply Ability
100 Liters Per Day

Delivery Time
6 Days

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Middle East, Western Europe, Africa

Main Domestic Market
All India

About HEPES Buffer extrapure, 99% 500g SRL

HEPES Buffer Extrapure 99% stands as a crowning choice for laboratory professionals seeking top-drawer chemical solutions. With an assay of minimum 99%, this praiseworthy buffer ensures reliable pH stabilization, vital for precise experiments. Its appearance as a white, crystalline powder reflects its high purity, and favorable reviews underscore its consistent quality. Clear solubility and minimal impurities (loss on drying max. 0.5%, chloride max. 0.01%) guarantee optimal results. Secure yours now-Instant Checkout available! Proudly distributed and manufactured in India, suitable for analytical grade laboratory applications.

HEPES Buffer Extrapure 99%: Applications & Features

HEPES Buffer Extrapure 99% excels in both plant tissue culture and a range of other laboratory settings. Its excellent buffering capacity and minimal chloride content make it ideal for cell culture, molecular biology, and biochemistry research. Favored for its stability and high purity, features like clear solubility and precise pH range support diverse scientific protocols, ensuring dependable results for analytical and research applications.

Swift Delivery and Hassle-Free Transactions

Experience efficient order processing and prompt shipment with HEPES Buffer Extrapure 99%. With stock ready for dispatch, we offer favorable delivery times to meet urgent lab requirements. Flexible payment terms and access to major FOB ports ensure streamlined transactions for our customers. Our dedicated team optimizes the logistics chain, so your essential buffer is delivered securely and on time-order with confidence every time.

FAQ's of HEPES Buffer Extrapure 99%:

Q: How can I purchase HEPES Buffer Extrapure 99% quickly?

A: You can take advantage of our Instant Checkout feature for a quick and seamless purchasing experience. Simply add the desired packaging size to your cart and proceed to checkout with your preferred payment method.

Q: What are the primary applications of HEPES Buffer Extrapure 99%?

A: HEPES Buffer Extrapure 99% is widely used in plant tissue culture, cell culture, molecular biology, and various analytical laboratory processes where precise pH control is critical.

Q: When will my order of HEPES Buffer Extrapure 99% be shipped?

A: Orders are processed promptly, with shipment typically arranged shortly after payment confirmation. Stock is readily available, which means faster delivery times for our customers.

Q: Where is HEPES Buffer Extrapure 99% manufactured and distributed from?

A: This product is manufactured, distributed, and exported from India by a reputable supplier, ensuring authenticity and quality assurance.

Q: What benefits does HEPES Buffer Extrapure 99% offer in laboratory settings?

A: Its high purity (min. 99%), low impurities, and reliable buffering capabilities ensure reproducible results, making it highly suitable for sensitive laboratory experiments and analyses.

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