Glassware Sale - Australian Scientific

Separating Funnel – Conical/Squibb Shape, 1L – 310156

Australian Scientific — Thu, 05 Dec 2024 03:56:16 +0000

Made from DIN ISO 3585, Borosilicate 3.3 glass
Complies with DIN 4800 Standards
Polyethylene (PE) stopper
PTFE Stopcock
1L capacity
29/32 socket
6mm bore

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

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Separating Funnel – Conical/Squibb Shape, 2L – 978643

Australian Scientific — Thu, 05 Dec 2024 03:58:13 +0000

Made from DIN ISO 3585, Borosilicate 3.3 glass
Complies with DIN 4800 Standards
Polyethylene (PE) stopper
PTFE Stopcock
2L capacity
29/32 socket
6mm bore

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

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Measuring Cylinder 10ml Capacity – Glass

Australian Scientific — Mon, 31 May 2021 05:13:14 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY – please check size in product description

Classification:

Class B for general laboratory use

Graduation:

Our graduated cylinders are with shortline blue graduations which are fused onto the glass and resistant against most acid and alkaline solutions

made of borosilicate glass 3.3
in compliance with DIN EN ISO 4788
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
autoclavable
calibrated ”In” (to contain)
well legible numbers and graduations
with spout
with hexagonal base
stoppered measuring cylinders with standard ground joint and poly stopper PE
Mixing cylinders with stoppers are useful when liquids have to be shaken or to impede evaporation of liquids

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Separating Funnel – Conical Shape, 250ml – 310250

Australian Scientific — Thu, 05 Dec 2024 03:39:06 +0000

Made of borosilicate glass 3.3 Duran®
in compliance with DIN ISO 4800 Standards
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
Polyethylene (PE) stopper
PTFE Stopcock
250ml capacity
Standard ground joint NS 29/32
2.5mm bore

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

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Separating Funnel – Conical/Squibb Shape, 500ml – 319070

Australian Scientific — Thu, 05 Dec 2024 03:51:33 +0000

Made from DIN ISO 3585, Borosilicate 3.3 glass
Complies with DIN 4800 Standards
Polyethylene (PE) stopper
PTFE Stopcock
500ml capacity
29/32 socket
4mm bore

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

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Separating Funnel – Pear Shape, Plain Stem, 50ml – 490315

Australian Scientific — Wed, 15 Nov 2023 04:23:51 +0000

Made of borosilicate glass 3.3
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
GP Rotaflo Stopcock
50ml capacity
Standard ground joint NS 19/26
Polyethylene (PE) Stopper

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

Part Number	Nominal capacity ml	Socket size
D52/50	50	19/26

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Separating Funnel – Pear Shape, 1L – 958116

Australian Scientific — Tue, 10 Dec 2024 00:46:53 +0000

Made of borosilicate glass 3.3
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
Polyethylene (PE) stopper
PTFE Stopcock
1L capacity
Standard ground socket joint NS 29/32
Standard ground cone joint 19/26
6mm bore
Similar to D2/62 quickfit funnel

(NOTE: Image is for illustrative/reference purposes only and may not depict the actual product)

The post Separating Funnel – Pear Shape, 1L – 958116 appeared first on Australian Scientific.

Jointed Flask Round Bottom 250ml 2 Neck (24/29 centre-19/26 side) Amber Glass – 11335

Australian Scientific — Thu, 28 Nov 2024 02:02:14 +0000

The post Jointed Flask Round Bottom 250ml 2 Neck (24/29 centre-19/26 side) Amber Glass – 11335 appeared first on Australian Scientific.

Flask Volumetric 10ml Class A (Amber)

Australian Scientific — Mon, 25 Jul 2022 06:05:04 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY – please check size in product description

made of borosilicate glass 3.3 (dyed brown)
in compliance with DIN EN ISO 1042
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
autoclavable
calibrated ”In” (to contain)
with 1 circular mark
printed with fused-on enamel colour resistant against most acid and alkaline solutions
supplied with NS poly stopper

The post Flask Volumetric 10ml Class A (Amber) appeared first on Australian Scientific.

Measuring Cylinder 10ml Capacity with

Australian Scientific — Tue, 07 Mar 2023 23:35:36 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY – please check size in product description

Classification:

Class B (Amber shortline graduation)

Graduation:

The amber stain graduation penetrates into the glass surface and is, therefore, more resistant than the blue, fused-on enamel graduation

made of borosilicate glass 3.3
in compliance with DIN EN ISO 4788
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
autoclavable
calibrated ”In” (to contain)
well legible numbers and graduations
with spout
with hexagonal base

The post Measuring Cylinder 10ml Capacity with appeared first on Australian Scientific.

Centrifuge Tube 15ml Capacity with Conical Bottom

Australian Scientific — Thu, 01 Oct 2026 01:51:51 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY

Glass Conical Centrifuge Tube for Reliable Laboratory Separation

Manufactured from high-quality borosilicate glass, these glass conical centrifuge tubes are designed for demanding laboratory applications requiring the separation of substances by density during centrifugation. Their precision-engineered conical shape promotes efficient sedimentation of cells, particles, and precipitates, helping laboratories achieve accurate and consistent results.

These laboratory centrifuge tubes offer excellent chemical resistance, thermal stability, and durability, making them suitable for a wide range of scientific, research, clinical, and industrial applications. Built to withstand repeated use in challenging laboratory environments, borosilicate glass centrifuge tubes provide dependable performance for sample preparation, separation, and analysis.

made of borosilicate glass 3.3
conical bottom
capacity: approx. 15ml
dimensions: approx. 112/113 x 16/17 mm
minimal thermal expansion
high resistance to thermal shocks
autoclavable
well legible numbers and graduations up to 10ml
pack size: 1 each

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Measuring Cylinder 5ml Capacity

Australian Scientific — Tue, 07 Mar 2023 23:44:03 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY – please check size in product description

Classification:

Class B (Amber shortline graduation)

Graduation:

The amber stain graduation penetrates into the glass surface and is, therefore, more resistant than the blue, fused-on enamel graduation

made of borosilicate glass 3.3
in compliance with DIN EN ISO 4788
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
autoclavable
calibrated ”In” (to contain)
well legible numbers and graduations
with spout
with hexagonal base

The post Measuring Cylinder 5ml Capacity appeared first on Australian Scientific.

Measuring Cylinder 50ml Capacity

Australian Scientific — Tue, 07 Mar 2023 23:42:33 +0000

IMAGE FOR REFERENCE/ILLUSTRATION PURPOSES ONLY – please check size in product description

Classification:

Class B (Amber shortline graduation)

Graduation:

The amber stain graduation penetrates into the glass surface and is, therefore, more resistant than the blue, fused-on enamel graduation

made of borosilicate glass 3.3
in compliance with DIN EN ISO 4788
very good chemical resistance
minimal thermal expansion
high resistance to thermal shocks
autoclavable
calibrated ”In” (to contain)
well legible numbers and graduations
with spout
with hexagonal base

The post Measuring Cylinder 50ml Capacity appeared first on Australian Scientific.