Nalgene™ PMP Griffin Low-Form Plastic Beakers
Nalgene™ PMP Griffin Low-Form Plastic Beakers
Nalgene™ PMP Griffin Low-Form Plastic Beakers
Nalgene™ PMP Griffin Low-Form Plastic Beakers
Nalgene™ PMP Griffin Low-Form Plastic Beakers
Thermo Scientific™

Nalgene™ PMP Griffin Low-Form Plastic Beakers

Continuously use these transparent, PMP beakers with easy-to-read, silk-screened graduation at temperatures of 150°C with intermittent service to 175°C.
Have Questions?
Change viewbuttonViewtableView
Catalog NumberCapacity (Metric)
1203-0400400 mL
1203-005050 mL
1203-0100100 mL
1203-0150150 mL
1203-0250250 mL
1203-0600600 mL
1203-10001000 mL
1203-20002000 mL
1203-40004000 mL
Catalog number 1203-0400
Price (MXN)
-
Capacity (Metric):
400 mL

Continuously use Thermo Scientific™ Nalgene™ PMP Griffin Low-Form Beakers at temperatures of 150°C with intermittent service to 175°C. These polymethylpentene beakers have the transparency of glass, excellent chemical resistance and heat tolerance. All sizes of beakers have easy-to-read, silk-screened graduations.

  • Transparent PMP material allows for a clear view of beaker contents
  • No-drip, single-spout design provides precision pouring control
  • With ribs for easy stacking
  • Silk screened with graduations, size code, resin code, catalog number, max. temperature and “No Flame” symbol for easy identification and safe use
  • Autoclavable/Graduated/Transparent
  • Meets ISO/DIN 7056 International Standards for Laboratory Plasticware Accuracy
.
Specifications
ColorClear
DescriptionBeaker Griffin Low-Form PMP 400 mL
Graduation Range50 to 400 mL
Increments25 mL
Quantity6/Pk.; 24/Cs.
TypeBeaker
AutoclavableAutoclavable
Capacity (Metric)400 mL
Certifications/ComplianceISO/DIN 7056
DisposableReusable
GraduatedYes
MaterialPMP
Scale50mL to 400mL in 25mL increments
StyleGriffin, Low Form
Unit SizeCase of 24

Frequently asked questions (FAQs)

Several of your labware products are available in polypropylene (PP, PPCO) or polymethylpentene (PMP). Which should I choose?

These two materials were chosen as labware raw materials for their durability, broad chemical compatibility profile, and wide range of use temperature. Polymethylpentene offers a higher level of transparency (comparable to glass) but is slightly more brittle and therefore somewhat more likely than polypropylene to crack if dropped. Chemical or environmental factors in some applications may strongly indicate the use of only one material- please refer to laboratory plastics reference materials or call Thermo Scientific Laboratory Products Essentials technical support for assistance.