2mg Ipamorelin Research Chemical

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MOQ : 100 Kilograms

2mg Ipamorelin Research Chemical Specification

Molecular Formula
C38H49N9O5

Usage
Laboratory Research, Not for Human Use

Purity
99%

Properties
High Purity Peptide, Synthetic Growth Hormone Secretagogue

Product Type
Research Chemical / Peptide

Structural Formula
Peptide

Shape
Solid (Powder Form)

HS Code
29372900

CAS No
170851-70-4

Taste
Tasteless

Solubility
Soluble in Water

Grade
Research Grade

Smell
Odorless

Shelf Life
2 Years (proper storage)

Molecular Weight
711.85 g/mol

Appearance
White Powder

Ingredients
Ipamorelin Acetate

Application
For Scientific Research Only

Physical Form
Lyophilized Powder

Storage
Store at -20C or lower

Poisonous
No (for research use only, not for human consumption)

Peptide Content
99% (HPLC)

Container Type
Glass Vial with Rubber Stopper

Sequence
Aib-His-D-2-Nal-D-Phe-Lys-NH2

Stability
Stable under recommended storage conditions

Pack Size
2mg per vial

End Use
For in vitro research and laboratory use only

2mg Ipamorelin Research Chemical Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 2mg Ipamorelin Research Chemical

Discover our formidable 2mg Ipamorelin Research Chemical, now available with unmatchable promotion and discount offers at competitive pricing. Boasting a lustrous purity of 99% (HPLC), this high-grade synthetic growth hormone secretagogue is housed in a glass vial with a secure rubber stopper for optimal stability. Each vial contains 2mg of odorless, tasteless lyophilized powder, specifically formulated for laboratory research (not for human use). Soluble in water and stable for up to two years, this research-grade peptide comes from a reputable manufacturer, trader, and supplier in Hong Kong S.A.R.

Versatile Scientific Application of 2mg Ipamorelin

Ideal for in vitro scientific investigations, the 2mg Ipamorelin Research Chemical is tailored for laboratory research, sample screening, and cellular studies. Its formidable stability and purity make it suitable for diverse research uses in pharmaceutical, biochemical, and plant-based analysis. The peptide's applications extend across various laboratory environments, offering reliable results for researchers seeking excellence in their studies while maintaining the integrity of controlled scientific experimentation.

Efficient Transport & Certification for Laboratory Needs

Shipped from our Hong Kong S.A.R. FOB port, this research chemical benefits from express shipping and swift transport services for timely international delivery. On average, estimated delivery times depend on destination and transport selection. Each batch is accompanied by relevant certifications guaranteeing high quality and research-grade standards, ensuring researchers receive precisely formulated materials with assured documentation for compliance and traceability.

FAQ's of 2mg Ipamorelin Research Chemical:

Q: How should 2mg Ipamorelin Research Chemical be stored?

A: This product must be stored at -20C or lower to ensure maximum stability and maintain its 99% purity over its two-year shelf life.

Q: What is the recommended area of application for this Ipamorelin product?

A: Ipamorelin Research Chemical is intended exclusively for laboratory research, including pharmaceutical and biochemical investigations, and is not for human consumption.

Q: When can I expect delivery after placing an order?

A: Estimated delivery times vary based on your region and chosen transport service, but express shipping options from Hong Kong S.A.R. ensure timely arrival.

Q: Where is the 2mg Ipamorelin Research Chemical sourced from?

A: This peptide is manufactured and supplied by a reputable provider in Hong Kong S.A.R., specializing in research-grade chemicals for laboratory use.

Q: What are the benefits of using Ipamorelin with such high purity?

A: A 99% pure peptide like this delivers precise and repeatable outcomes in research, enabling accurate study of growth hormone secretagogue activity with minimal impurities.