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Thermo Nunc Cell Culture Flasks T25, 25cm² Nunclon Sphera Sterile, Pyrogen-Free (Pack of 18)

Growth surface

Max. working volume

Working volume

Specifications

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HS Code #
39233010
Growth surface
25 cm²
Max. working volume
7 ml
Mouth
oblique
Pyrogen free
Yes
Sterile
Yes
Type of closure
Vented/filter
UNSPSC
41104104
Working volume
7 ml

R 11,334.40

Inc. VAT

Available soon

Product description

The Thermo Nunc Cell Culture Flasks T25, 25cm² Nunclon Sphera are designed to support superior 3D cell culture applications. These sterile, pyrogen-free flasks feature a super low cell attachment surface, allowing cells to grow in suspension with minimal attachment. This promotes consistent formation of spheroids and organoids, making them ideal for cancer research, stem cell differentiation, and drug screening.

Key Features:

  • Brand: Thermo Nunc
  • Surface Treatment: Nunclon Sphera for ultra-low cell attachment
  • Culture Area: 25 cm²
  • Closure Type: Filter cap for optimal gas exchange
  • Sterility: Sterile and non-pyrogenic (endotoxin level <0.5 EU/mL)
  • Certifications: Animal origin-free; USP biological reactivity class VI; SAL 10-6
  • Packaging: Pack of 18 flasks

These flasks are essential for researchers requiring reliable and reproducible 3D cell culture environments.

Compare similar models

Cell culture flasks T25, 25cm² Nunclon Sphera sterile, pyrogen free, pack of 18

Manufacturer P/N

174951

Part Number

6.265 520

Manufacturer

Thermo Scientific

Growth surface

25 cm²

Cell culture flasks T75, 75cm² Nunclon Sphera sterile, pyrogen free, pack of 24

Manufacturer P/N

174952

Part Number

6.265 521

Manufacturer

Thermo Scientific

Growth surface

75 cm²

Frequently asked questions

It are designed to support superior 3D cell culture applications. These sterile, pyrogen-free flasks feature a super low cell attachment surface, allowing cells to grow in suspension with minimal attachment. This promotes consistent formation of spheroids and organoids, making them ideal for cancer research, stem cell differentiation, and drug screening.

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