Glass Capillary Tubes/Micro Pipettes TLC Spotting 0.3mm ID x 100mm 500 or 1500/pk AAdvance Instruments (1500)

Glass Capillary Tubes/Micro Pipettes TLC Spotting 0.3mm ID x 100mm 500 or 1500/pk AAdvance Instruments (1500)

$ 13.90

Score By Feature

Based on 4 ratings

Satisfaction

8.87

Giftable

8.87

Packaging

9.29

Customer service

9.10

OveReview Final Score

How Our Score Is Calculated

Product Description

There are 1500 capillary tubes per box and the cost per tube is $0. The inner diameter is 3mm, and the outer diameter is The diameter of the outside is 5mm. The length of this item is 100mm.

With its convenient packaging, it has With a 5 mm hole on the cap, tube drawing becomes easier, and there is no need to open the cap or keep

In the photos, you can see the approximate spotting volume at )2 x 3 measures 15mm. There are 14 equal parts in this equation. The dimensions are 15mm)2x3. )2 x 3 measures 15mm. The sum of 14 and 3 is This is 5L.

It is tested by placing the tube at a straight upward angle with only the tip submerged in the liquid and then allowing the liquid to ascend until it hits a wall.

By purchasing a relatively large number of 500 or 1500 tubes at a very reasonable price, one can say goodbye to reusing capillary tubes in TLC spotting (or for any other application), other than using one end once per application. Focus on more important aspects of your research rather than spending hours and hours washing solvent and risking contamination!

Questions & Answers

A diameter of is the inner diameter. Three millimeters. The outer diameter of this object is how large?

You have raised an excellent point. A diameter of zero is measured as the outer diameter. The 5th centimeter

Is this tube suitable for use inside a ?

It is true. There is enough thinness in it to allow it to fit.

Selected User Reviews For Glass Capillary Tubes/Micro Pipettes TLC Spotting 0.3mm ID x 100mm 500 or 1500/pk AAdvance Instruments (1500)

It will take months to use up the 1000 tubes of this excellent product

5/5

Sage Lee

| Apr 15, 2021