Anti Bumping Granules Group Picture

Anti Bumping Granules

£7.19 to £187.85

Code: Please choose option from drop down above
  Pack Size List Price Qty  
photo_camera 250g
GPC4567-2X
£7.19
photo_camera 500g
GPC4567-5X
£9.92
photo_camera 1Kg
GPC4567-Y
£15.75
photo_camera 2.5Kg
GPC4567-2.5Y
£31.45
photo_camera 5Kg
GPC4567-5Y
£50.35
photo_camera 25Kg
GPC4567-25Y
£167.85
photo_camera 25Kg UN Keg
GPC4567-25TY
£187.85

What are Anti-Bumping Granules? Small, insoluble particles, typically made of porous materials such as silica or ceramic, designed to prevent bumping during heating processes in laboratory equipment. Bumping is a phenomenon where a liquid rapidly boils and splashes, often resulting in dangerous or uncontrolled reactions. Anti-Bumping Granules provide a surface for the formation of bubbles, ensuring that boiling occurs smoothly and uniformly. This product is commonly used in laboratory settings during the distillation, boiling, and reflux processes to maintain safe and efficient reactions. Alternate names for Anti-Bumping Granules include Boiling Stones, Boiling Chips, and Anti-Bumping Chips.

Consistent Quality: We provide only high-quality Anti-Bumping Granules, ensuring reliable and consistent performance in laboratory applications, offering safety and efficiency during heating processes.

Shipped from Manchester, UK Facility: Sourced and packaged in non-toxic, chemical-resistant containers to ensure safe handling and preserve product quality during transport.

Frequent Uses

Distillation
Primarily used during distillation processes to prevent bumping. When heating a liquid, these granules promote smooth and controlled boiling by encouraging the formation of small bubbles, which reduces the risk of liquid splashing or sudden boiling.

Refluxing
In refluxing operations, they are used to ensure even boiling of the solvent or reaction mixture, preventing the dangerous consequences of uncontrolled boiling. This allows for continuous, controlled heating without excessive loss of volatile compounds.

Boiling Solutions
Used in the preparation of boiling solutions, where their presence helps to prevent liquid from erupting or splashing during the boiling phase. This is particularly important when dealing with reactive or volatile substances that could pose safety risks if spilled.

Heating Reactions
When heating chemical reactions in the laboratory, they are used to regulate the boiling process. They help to maintain a steady rate of heating, which is essential for accurate results in experiments where precise temperature control is required.

Safe Heating of Flammable Liquids
Commonly used in the safe heating of flammable liquids, where uniform boiling is necessary to prevent the formation of vapour pockets or erratic boiling behaviour, which can lead to fires or explosions.

Laboratory Safety
The use of Anti-Bumping Granules significantly enhances laboratory safety during heating procedures. By reducing the risk of uncontrolled boiling, they help to avoid accidents such as splashing, overboiling, or violent reactions that could endanger the operator and damage laboratory equipment.

Cleaning and Reuse
Anti-Bumping Granules can often be reused after a cleaning process, making them a cost-effective solution for laboratory heating applications. Their durability and effectiveness in maintaining stable boiling make them a long-lasting tool for many heating procedures

  • Preventing bumping during distillation processes
  • Facilitating smooth and controlled boiling in reflux reactions
  • Enhancing heat distribution and preventing uneven boiling
  • Minimising the risk of sample loss or splattering during heating
  • Promoting safer and more reliable heating operations in the laboratory
  • Ensuring more precise and accurate temperature control during experiments
  • Supporting the formation of small bubbles to regulate heat transfer
  • Suitable for use in various laboratory applications involving heating and boiling processes.

Minimum Assay (AL2O3): >99.78 %
Molecular Formula: Al2O3     
Molecular Weight: 101.96
Melting Point: 2040 deg C
Silicon Dioxide (SiO2): <0.017%
Iron Oxide (FE2O3): <0.019%
Sodium Oxide (Na2O): <0.150%

 

 

Cas Number: 1344-28-1

Einecs Number: 215-691-6

Hazard Phrases: H0001

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