1.5ml Micro Spectrophotometer Cuvette

Name: 1.5ml Micro Spectrophotometer Cuvette
Brand: MK PLAST
Price: 750 INR
Availability: InStock

Price 750 INR/ Pack

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MOQ : 1000 Packs

1.5ml Micro Spectrophotometer Cuvette Specification

Features
Disposable

Color
Transparent

Material
Polystyrene

Application
Laboratory

Capacity (Ltr)
1.5 Milliliter (mL)

1.5ml Micro Spectrophotometer Cuvette Trade Information

Minimum Order Quantity
1000 Packs

Payment Terms
Cash in Advance (CID)

Supply Ability
10000 Packs Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About 1.5ml Micro Spectrophotometer Cuvette

The 1.5ml Micro Spectrophotometer Cuvette is a high-quality laboratory accessory designed for precise spectrophotometric measurements. Made from durable polystyrene, it provides excellent optical clarity, ensuring accurate results during laboratory analysis. This disposable cuvette is transparent, allowing optimal light transmission for reliable data collection every time. With a capacity of 1.5 milliliters, the cuvette is ideal for handling micro-volume solutions, making it a great choice for laboratories requiring efficiency and convenience. Its disposable nature minimizes contamination risks, offering a practical solution for single-use applications. Designed specifically for laboratory settings, this innovative product is manufactured with precision and care to meet the highest standards in analytical testing.

FAQs of 1.5ml Micro Spectrophotometer Cuvette:

Q: What is the material used for the 1.5ml Micro Spectrophotometer Cuvette?

A: The cuvette is made from durable polystyrene material.

Q: Is the 1.5ml Micro Spectrophotometer Cuvette reusable?

A: No, it is a disposable product designed for single-use applications to reduce contamination risks.

Q: What is the capacity of the cuvette?

A: The cuvette has a capacity of 1.5 milliliters (mL).

Q: What makes this cuvette suitable for laboratory use?

A: Its transparent design ensures optimal light transmission, while the disposable nature minimizes contamination risks, making it ideal for precise laboratory applications.