Laboratory Quartzwares

Quartz  (SiO2) is the chief constituent of earth’s crust. It is present in various forms, the most common being called Quartz which is crystalline in character. Typical examples are silica sand and rock crystals.
Vitreous Silica is the glassy modification of Silicon di-oxide (SiO2) with a purity of atleast 99.8% by weight in the translucent form and over 99.9% (SiO2) in the transparent forms.

Depending on the Quartz used as raw material and melting process employed, the resulting material is either opaque, translucent or transparent.

In all three cases this material is “Fused Silica”. It is also sometimes referred to as vitreous silica, quartz glass, silica glass, fused quartz or fused silica. Commercially the word fused silica is designated to the translucent variety and fused quartz to the transparent variety.

Laboratory Silicaware

Silica (SiO2) is the chief constituent of earth’s crust. It is present in various forms, the most common being called Quartz which is crystalline in character. Typical examples are silica sand and rock crystals.
Vitreous Silica is the glassy modification of Silicon di-oxide (SiO2) with a purity of atleast 99.8% by weight in the translucent form and over 99.9% (SiO2) in the transparent forms.

Depending on the Quartz used as raw material and melting process employed, the resulting material is either opaque, translucent or transparent.

In all three cases this material is “Fused Silica”. It is also sometimes referred to as vitreous silica, quartz glass, silica glass, fused quartz or fused silica. Commercially the word fused silica is designated to the translucent variety and fused quartz to the transparent variety.

Water Stills in Quartz & Borosilicate Glass

The OPTI-M-4 is the ideal choice for budget conscious laboratories that can’t afford to compromise on quality. It combines economy and high performance with a host of other features which comparable stills cannot match.

Built in acid addition funnel and drain stopcock allow easy decaling without dismantling the glassware. The unique condenser design ensures that the droplets of distilled water remain in contact with the cooling coil for the longest possible time producing cold distilled water and pre-heating the boiler feed to increase efficiency. Screw threads are incorporated on all water connections so hoses can be fitted and removed easily and safely without risk of breakage.

Safety features include safety thermostats to prevent over heating in the event of failure of the water supply. The stand is pre-drilled to facilitate wall mounting.

Laboratory Glasswares

LABSIL, especially the transparent variety, is used wherever high temperatures are encountered or where high transparency is required.

OPTI-MV-4

OPTI-MV-4 combines the performance and reliability with exceptional value for money. This new water still incorporates a number of operational and safety features that makes this still ideal choice for your laboratory distilled water needs.

Built in acid additional funnel and drain stopcock allow easy decaling without dismantling the glassware. The unique condenser design ensures that the droplets of the distilled water remains in contact with the cooling coil for the longest possible time producing cold distilled water and pre- heating the boiler feed to increase efficiency. Screw thread are incorporated on all water connections so hoses can be fitted and removed easily without risk of breakage.

Safety features include safety thermostat to prevent over heating in the event of failure of water supply.

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