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Technical Data Sheet
PH96

Centrifuge tubes Oak Ridge with leak-tight closure Type 3138, 30 ml, 30 ml
From  Nalgene
Icon_Autoklavierbar All autoclavable products in our catalogue are identified by this symbol. Please also note any additional instructions when autoclaving.
Material: PC, transparent, with screw cap made of PP. Autoclavable: yes.
Related products
Vol.
Nominal volume


Suitable for high-speed centrifugation up to 50,000 x g.

Note:Tubes must be at least 80% full during centrifuging.Always fully unscrew the cover during autoclaving.
Product details

€178.45/Pack Qty. 

excl. VAT. | 10 unit(s) per Pack Qty.

Art. No. PH98.1

In stock
Delivery fast, simple and reliable!
from 6 Pack Qty. €169.53/Pack Qty.
from 24 Pack Qty. €160.60/Pack Qty.

Fits to / Accessories

Accessories leak-tight closures, Suitable for: Oak Ridge tubes Art. No. ATC6.1, PH27.1, PH28.1, PH37.1, PH38.1, PH98.1 and PK02.1
Accessories leak-tight closures, Suitable for: Oak Ridge tubes Art. No. ATC6.1, PH27.1, PH28.1, PH37.1, PH38.1, PH98.1 and PK02.1
Art. No. PH43.1
€32.00  /  2  unit(s) 

Product details

Material: PC, transparent, with screw cap made of PP. Autoclavable: yes.

Suitable for high-speed centrifugation up to 50,000 x g.

Note:Tubes must be at least 80% full during centrifuging.Always fully unscrew the cover during autoclaving.



Centrifuge tubes Oak Ridge with leak-tight closure Type 3138 

Not a medical device / Not an IVD product
Technical Information
Vol. 30 ml
Nominal volume 30 ml
Ø ext. 25.7 mm
Height 101.6 mm
Centrifugability in g (max.) 50000 
Centrifuge tubes Oak Ridge with leak-tight closure Type 3138
Selected quantity:   0
  1. Subtotal:  0.00
Art. No. Vol. Nominal volume Pack Qty. Price Quantity
PH96.1 10 ml 10 ml 10 unit(s)

€114.15

PH99.1 42 ml 50 ml 10 unit(s)

€192.45

PH97.1 16 ml 16 ml 10 unit(s)

€138.50

PH98.1 30 ml 30 ml 10 unit(s)

€178.45

In stock
Available
In procurement
No longer available
Delivery date currently unknown
Selected quantity:   0
  1. Subtotal:  0.00

Downloads / MSDS

No documents available

General information

To calculate the number of revolutions:

RCF = 1,118 · 10-5 x rpm2 · r