Stock # |
Color |
Size |
|
|
Case Pk |
T400-3A |
Natural |
5 ml |
|
|
1000/cs |
T400-3AAM |
Amber |
5 ml |
|
|
1000/cs |
T400-3AB |
Blue |
5 ml |
|
|
1000/cs |
T400-3AG |
Green |
5 ml |
|
|
1000/cs |
T400-3AO |
Orange |
5 ml |
|
|
1000/cs |
T400-3AY |
Yellow |
5 ml |
|
|
1000/cs |
T400-3ADS |
Natural |
5 ml |
|
|
1000/cs |
T400-3ALST |
Natural |
5 ml |
|
|
1000/cs |
T400-4A |
Natural |
7.2 ml |
|
|
1000/cs |
T400-4AV |
Natural |
8 ml |
|
|
1000/cs |
T400-7A |
Natural |
12 ml |
|
|
1000/cs |
T400-10A |
Natural |
14 ml |
|
|
1000/cs |
Features:
- Ideal for use in bacteriology, RIA, coagulation and other routine laboratory procedures
- Precision molded with virgin thermoplastics - Made of translucent polypropylene plastic
- Uses no mold release agents that could cause errors and interferences in RIA tests
- Accept most common acids, solvents and alkalies at room temperature
- Will withstand over 3000g during centrifugation
- No lubricants have to be added, thereby eliminating the danger of sample contamination
- Can be sterilized at 120°C
- T400-3ALST (12mm x 75mm tubes) are made with specially formulated polypropylene with low surface tension to obtain optimum sample yield.
For more information on Test Tubes, Disposable Polypropylene Culture Tubes and PP (Polypropylene) Plastic...
Plastic:
These disposable polypropylene plastic test tubes are ideal for use in bacteriology, RIA, coagulation and other routine laboratory procedures. Simport culture tubes use no mold release agents that could cause errors and interferences in RIA tests. Precision molding with virgin thermoplastics ensures that our tubes are uniform in size and shape as well as being chemically clean and ready to use.
The polypropylene tubes are translucent and will withstand over 3000g during centrifugation. They will also accept most common acids, solvents and alkalies at room temperature. They are almost unbreakable and can be sterilized at 120 degrees C.
The T400-3ALST 12mm x 75mm tubes are made with a specially formulated polypropylene providing a low surface tension to obtain optimum sample yield. No lubricants have to be added, thereby eliminating the danger of sample contamination.