Milk Adulteration Medium Kit (MK-1000)

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Milk Adulteration Medium Kit (MK-1000) Specification

Product Type
Milk Adulteration Test Kit

General Use
Detection of common adulterants in milk

Material
Plastic case with chemical reagents and glass vials

Type
Medium Kit

Capacity
Suitable for testing multiple samples

Weight (kg)
Approx. 1 kg

Computerized
No

Automatic
No

Control System
Manual testing

Cleaning System
Manual cleaning

Cooling Mode
Room temperature

Sterilization Method
None required

Dimension (L*W*H)
Compact portable box

Feature
Quick, portable, easy-to-use kit for on-site milk adulteration testing

Color
White (container), transparent reagent bottles

Shelf Life
6-12 months depending on storage

Included Tests
Detects common milk adulterants like urea, starch, glucose, formalin, detergent, etc.

Storage Condition
Store in a cool and dry place

Accessories Included
Test tubes, droppers, and instruction manual

Application
Suitable for dairy farms, collection centers, and quality assurance labs

Kit Code
MK-1000

Number of Reagents
Multiple chemicals for various tests

Usability
Non-technical personnel can use with provided manual

About Milk Adulteration Medium Kit (MK-1000)

Experience marvelous accuracy and enviable savings with the Milk Adulteration Medium Kit (MK-1000), a must-have tool for detecting common milk adulterants such as urea, starch, glucose, formalin, and detergent. Specially selected reagents and meritorious accessories like test tubes, droppers, and a clear instruction manual make this kit ideal for dairy farms, collection centers, and quality assurance labs. Housed in a compact, portable plastic case, it promises efficient, on-the-go testing. With a shelf life of 6-12 months, simple storage requirements, and a user-friendly design, even non-technical staff can confidently assure milk purity.

Effortless Directions and Versatile Uses

The Milk Adulteration Medium Kit (MK-1000) comes with clear, step-by-step directions for swift on-site milk adulterant detection. Designed with multiple test reagents, it's marvelously user-friendly-no advanced expertise required. Notably, its commercial use extends to dairy farms, milk collection agencies, and quality assurance laboratories, proving indispensable for routine testing and monitoring. The kit's unique features such as portability, ease of use, and repeatable testing capabilities make it a must-have for all stakeholders in the dairy supply chain.

Export Reach, Packaging & Certification Advantages

The MK-1000 Milk Adulteration Kit enjoys an enviable reputation in major export markets across Asia, Africa, and the Middle East, with competitive rates and flexible charge options on bulk orders. Kit packaging ensures product integrity during transit and efficient freight handling. Each kit is securely boxed and labeled, with transparent bottles and quality-tested standards. Certifications add meritorious value to every shipment, enhancing supplier credibility for India-based traders on the international stage.

FAQ's of Milk Adulteration Medium Kit (MK-1000):

Q: How is the Milk Adulteration Medium Kit (MK-1000) used?

A: Simply follow the provided instruction manual to mix milk samples with the specific reagents in the test tubes; observe color changes to detect any adulterants like urea, starch, or detergent.

Q: What are the main benefits of using the MK-1000 kit?

A: The kit offers quick, portable, and reliable detection of common milk adulterants, saving costs and supporting quality assurance without requiring technical expertise or laboratory equipment.

Q: Where can this kit be effectively deployed?

A: It is suitable for dairy farms, milk collection centers, and quality control laboratories-anywhere that routine milk quality testing is essential.

Q: When should the reagents be replaced?

A: Reagents should be replaced after the shelf life of 6-12 months or if they show any signs of degradation or contamination during storage.

Q: What is the process for sample testing with this kit?

A: Add test reagents to milk samples in provided tubes, then look for specific color changes as indicated in the manual to confirm the presence of adulterants.