261 / 482
density & sedimentation & temperature & time & pH &weight measurement
241
catalogue
number
Ø x H
(mm)
037.25.100 100x7
pack
quantity
50 pieces
catalogue
number
Ø x H
(mm)
037.24.045
037.24.055
037.24.065
49x12
60x15
66x16
pack
quantity
100 pieces
100 pieces
100 pieces
catalogue
number
Ø x H
(mm)
037.23.070
037.23.085
037.23.110
70x22
88x38
110x34
pack
quantity
100 pieces
100 pieces
100 pieces
catalogue
number
max.
volume
037.07.001
037.07.002
037.07.003
3 ml
6 ml
10 ml
pack
quantity
1 piece
1 piece
1 piece
catalogue
number length
037.04.001
037.04.002
037.04.003
95 mm
117 mm
128 mm
pack
quantity
1 piece
1 piece
1 piece
WEIGHINGDISHES -
“for moisture analysis”
WEIGHINGDISHES -
“with handle”
WEIGHINGDISHES -
“general purpose”
WEIGHINGSCOOPS -
“glass”
WEIGHINGSCOOPS -
“stainless steel”
• Manufactured from high grade, oil free, durable and light
gauge aluminium.
Unique design guarantees excellent use with moisture
determination balances.
Can also be used as a mixing or weighing pan.
Wall with 8 mm height guarantees spill-free application.
Manufactured from high grade, oil free, durable and light gauge
aluminium. Featured with compressed walls for extra stability.
Designed to be used as weighing dishes, evaporating dishes
or drying dishes.
Featured with a handle which enables easy holding of the
dish. Can also be used as a marking surface.
Manufactured from high grade, oil free, durable and light gauge
aluminium. Featured with compressed walls for extra stability.
Unique design offers variety of applications. They can be used
as weighing dishes, as mixing dishes also even as dishes for
storing samples.
Made from glass with flat
base ensuring stability on the
ballance pans.
Hallow stem enables very
easy powder transfer.
Manufactured from stainless
steel.
Highly polished smooth
interior provides accurate pour
outs without sample loss.
Easily stackable due to
the tapered body form for
reducing storage space.
Easily stackable due to
the tapered body form for
reducing storage space.
Easily stackable due to
the tapered body form for
reducing storage space.