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Centrifuge tubes CELLSTAR® transparent, without rim, 15 ml, bag

From  Greiner Bio-One
Icon_Made-in-Germany Goods manufactured in Germany
Icon_Steril Sterile products
Icon_Tiefkuehl_1-Stern Safe to freeze (approx. -10/-20 °C)
Material: PP, HDPE screw cap (blue). Sterile
Vol.
Sterility
Packaging type


Conical bottom, blue graduations and white labelling area.DNase-/RNase- and human DNA-free, non-pyrogenic and non-cytotoxic.Good thermal, mechanical and chemical stability. Temperature stable from -50 to +100 °C.
Product details
€216.10 /Pack Qty.

€167.70/Pack Qty.  Campaign price!

excl. VAT. | 1,000 unit(s) per Pack Qty.

Art. No. XH97.2

In procurement

Product details

Material: PP, HDPE screw cap (blue). Sterile

Conical bottom, blue graduations and white labelling area.DNase-/RNase- and human DNA-free, non-pyrogenic and non-cytotoxic.Good thermal, mechanical and chemical stability. Temperature stable from -50 to +100 °C.

Max. centrifugability:
  • 15 ml tube: 4000 x g in swing-out rotor, 15,000 x g in fixed angle rotor
  • 50 ml tube: 3200 x g in swing-out rotor, 9000 x g in fixed angle rotor
  • 50 ml tube with rim: 2800 x g in swing-out rotor, 11,500 x g in fixed angle rotor


Centrifuge tubes CELLSTAR® transparent, without rim 

Not a medical device / Not an IVD product
Technical Information
Vol. 15 ml
Sterility Sterile 
Ø external 17 mm
Height 120 mm
Centrifugability in g (max.) 4000 
Packaging type bag 
Pack. 10 x 100 
Centrifuge tubes CELLSTAR® transparent, without rim
Selected quantity:   0
  1. Subtotal:  0.00
Art. No. Vol. Sterility Packaging type Pack Qty. Price Quantity
XH97.1 15 ml Sterile rack 500 unit(s)
€134.05

€104.10

XH97.2 15 ml Sterile bag 1000 unit(s)
€216.10

€167.70

XH98.1 50 ml Sterile bag 500 unit(s)
€120.00

€93.15

XH98.2 50 ml Sterile rack 300 unit(s)
€105.40

€81.85

In stock
Available (note delivery time)
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