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The LABSOLUTE® sample dishes made of high-grade aluminium are perfectly suited for moisture analysis.

The LABSOLUTE® sample dishes made of aluminium are stable in form but yet of low weight. The smooth and flat bottom guarantees a firm stand. With practicle hand grip. Temperature resistance guaranteed up to 210 °C.

The LABSOLUTE® weighing boats are made of borosilicate glass 3.3 and resistant against a wide range of chemicals. The funnel shape allows a lost-free ejection of the sample. Additionally the weighing sample can be transferred to a flask easily using any kind of liquid.

The LABSOLUTE® weighing boats made of PS feature smooth surfaces to transfer each kind of sample easily with minimal sample loss. The material is antistatic, biologically inert and resistant to both weak and diluted acids, lyes and alcohols and to temperatures from -10 °C up to 70 °C. All dishes are food-grade compliant and can be used with microwave moisture analyzers.

The flexible design of these antistatic weighing dishes is ideally suited to transfer even small amounts of samples precisely.

The smooth surface of the weighing papers guarantees a good sample recovery.

• Dimensions (W x D): 95 x 110 mm
• Weight: 45 g/m²

The LABSOLUTE® weighing boats made of PS feature smooth surfaces to transfer each kind of sample easily with minimal sample loss. The material is antistatic, biologically inert and resistant to both weak and diluted acids, lyes and alcohols and to temperatures from -10 °C up to 70 °C. All dishes are food-grade compliant and can be used with microwave moisture analyzers.

The antistatic dishes feature a flat bottom for a secure stand. The round corners simplify the transfer of each kind of sample.

Made from oil-free, lightweight aluminium. With a flanged, crimped wall for rigidity.

With writing area.
Available in tall or low shape.

Made from oil-free, lightweight aluminium. With a flanged, crimped wall for rigidity. Finger-tab handle can be etched for identification prior to weighing. Thickness 0,3 mm.

Glazed. Temperature resistant up to 900 °C.

Biologically inert and resistant to dilute and weak acids, aqueous solutions, alcohols, and bases. Temperature range from -10 to 70 °C. Can be used with microwave moisture analysers. Features a diamond shape that easily flexes for accurate pouring and a wide, flat bottom to resist tipping.

For research and development only.

Biologically inert and resistant to dilute and weak acids, aqueous solutions, alcohols, and bases. Temperature range -10 to 70 °C. Can be used with microwave moisture analyzers. Bend flexible boats at points to form pour spouts. Flat bottoms to resist tipping. Sloping sides provide accurate transfer.

Biologically inert and resistant to dilute and weak acids, aqueous solutions, alcohols, and bases. Temperature range from -10 to 70 °C. Can be used with microwave moisture analysers. Boats are shallow with a wide, flat bottom to resist tipping. Rounded corners simplify transfer.

For research and development only.

High quality aluminium sample dishes, for moisture determination.

High quality aluminium sample dishes, for moisture determination.

• Not treated with nitrogen during production
• Smooth surface
• 45 g/m² paper
• Block of 500 sheets

Transparent with airtight push-on lid. Autoclavable. Remove lid before autoclaving.

Standard size for use as disposable sample carriers or spatulas. Pack size: 1 kg, not sorted.

DIN 12605. With white inscription label. Burned-in imprint of capacity and size. Available in high or low shape.

Made of high quality Borosilicate glass 3.3. Ideal for powders or granules which are dispensed via the tubular stem.
Funnel shape for loss-free ejection of the weighing sample.

Transparent, smooth. 40 g/m² paper
Block of 100 sheets.

Further weighing aids available on request.

Ideal for weighing and transporting all types of sample. Especially for determination of nitrogen according to Kjeldahl (e.g. determination of total protein content in foodstuff). Made of nitrogen-free parchment paper. Can be dropped into the Kjeldahl flask and be dissolved together with the sample.