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ISOLAB Round Flask, 50 mL Amber Glass NS 29/32 Boro 3.3 DIN 12394

Brand:ISOLAB

Ø

Height

Nominal capacity

Specifications

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HS Code #
70172000
Colour
Brown
Ø
51 mm
Ground size
NS 29/32
Height
105 mm
Material
Boro 3.3
No. of necks
1
Nominal capacity
50 ml
Standard
DIN EN ISO 4797
UNSPSC
41121804
With beaded rim
No

$35.44

Inc. GST

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Product description

The ISOLAB Round Flask, 50 mL Amber Glass NS 29/32 Boro 3.3 DIN 12394 is a high-quality laboratory flask designed for chemical reactions and solutions that require protection from light. Made from durable amber borosilicate glass, it ensures resistance to thermal shock and chemical corrosion. This flask features a neck size of 29/32 and is designed according to DIN 12394 standards, ensuring reliable performance in laboratory environments.

Key Features:

  • Brand: ISOLAB
  • Capacity: 50 mL
  • Material: Amber borosilicate glass (Boro 3.3) for durability and chemical resistance
  • Neck Size: NS 29/32 for compatibility with standard lab equipment
  • Certification: Manufactured according to DIN 12394 standards

This round flask is ideal for laboratories requiring a reliable and durable solution for light-sensitive applications and precise chemical experiments.

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Round flask 50 ml, amber glass NS 29/32, Boro 3.3, DIN 12394

Manufacturer P/N

030.12.053

Part Number

9.141 091

Manufacturer

ISOLAB

Ø

51 mm

Round flask 500 ml, amber glass NS 29/32, Boro 3.3, DIN 12394

Manufacturer P/N

030.12.501

Part Number

9.141 092

Manufacturer

ISOLAB

Ø

105 mm

Round flask 1000 ml, amber glass NS 29/32, Boro 3.3, DIN 12394

Manufacturer P/N

030.12.901

Part Number

9.141 093

Manufacturer

ISOLAB

Ø

131 mm

Frequently asked questions

It is a high-quality laboratory flask designed for chemical reactions and solutions that require protection from light. Made from durable amber borosilicate glass, it ensures resistance to thermal shock and chemical corrosion. This flask features a neck size of 29/32 and is designed according to DIN 12394 standards, ensuring reliable performance in laboratory environments.

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