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  1. Laboratory glassware and sillicaware

    From the 16th century to today, chemical research teams have used glass containers for a very basic reason : the glass container is transparent, almost invisible. And so the contents and the reaction are clearly visible. Butr beacause chemists must heat, cool and mix chemical substances, ordinary glass is not always adequate for laboratory work.

    Laboratory work requires apparatus made in a glass which can readily be moulded into any shape or form, which offers maximum intertness when in contact with the widest range of chemical substances, which can withstand thermal shock without fracture and high temperature work without deforming, and which will be resillient enough to survive the everyday knocks to which it will be subjected in normal laboratory handling, washing and sterilizing processes.
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List Of Items
  • Beakers
  • Bottles
  • Buretters
  • Cones
  • Codensers
  • Cylinders
  • Desiccators
  • Dishes
  • Distilling Apparatus
  • Water Distillation Units
  • Distillation Apparatus
  • Extraction Apparatus
  • Flasks
  • Volumetric Flasks
  • Chromatography Columns
  • Funnels
  • Gas Generator
  • Ground Joints
  • Jars
  • Kettles
  • Pipettes
  • Stopcocks
  • Stoppers
  • Tubes
  • Adapter
  • Test Tubes and Culture Tubes
  • Watch Glasses
  • Sintered Ware
  • Quartz Ware
  • Liquid Handling Systems
Features
Accuracy
  • Computer Controlled Calibration.
  • Relliability in experiments through individually certified volumetric glassware.
  • Facillities audit procedures in the lab.
  • Enhanced production from new facility.
Mechanical Strength
  • Optimum wall thickness.
  • Annealed glassware imparts better mechanical strength.
  • Ideal for vaccum application, wet and dry sterillization.
  • Harder, hence lasts longer.
Thermal Shock Resistance
  • Safely withstands thermal shock.
  • Annealed to remove residual thermal stresses.
  • Thinner, uniform wall, hence lasts longer.
Chemical Durability
  • High resistance to attack from acids, salt solution and organic solvents.
  • Low alkalinity, hence less leaching.
  • Low alkalinity makes glass harder, hence lasts longer.