Glassware (Borosilicate Glass)

COIL CONDENSERS, GRAHAM, COILED DISTILLATE TYPE – BOROSILICATE GLASS

Product code: SMC-2012 HSN: 7017

Graham Coil Condensers, Coiled Distillate Type, manufactured from borosilicate glass, are laboratory glassware designed for condensing vapours during distillation, reflux, and other suitable laboratory processes. The coiled inner tube provides an extended surface area for heat transfer, helping vapours cool and condense into liquid. Available in multiple lengths and ground-glass joint configurations, these condensers are suitable for educational, research, and routine laboratory applications.

Item codeSize / descriptionQty
SMC-2012/1 B14 · B14 · 150 MM
SMC-2012/2 B19 · B19 · 200 MM
SMC-2012/3 B19 · B19 · 250 MM
SMC-2012/4 B24 · B24 · 250 MM
SMC-2012/5 B19 · B19 · 300 MM
SMC-2012/6 B24 · B24 · 300 MM
SMC-2012/7 B24 · B24 · 400 MM
SMC-2012/8 B24 · B24 · 500 MM
SMC-2012/9 B34 · B34 · 500 MM
SMC-2012/10 B34 · B34 · 600 MM

Enter the quantity next to each size you need (0 = not needed), then add them all in one go.

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    Borosilicate Glassware catalogueFull specifications and item codes Download

    Description

    SterLab™ Graham Coil Condensers, Coiled Distillate Type, are manufactured from borosilicate glass and designed for vapour condensation in compatible laboratory apparatus.

    The condenser features a coiled inner tube that increases the vapour passage length and provides an extended surface for heat transfer. As vapour travels through the coil, heat is transferred to the surrounding cooling medium, allowing the vapour to condense into liquid under suitable operating conditions.

    The condenser is designed for connection to compatible laboratory glassware through its ground-glass socket and cone joints. The available range includes different lengths and joint sizes to accommodate various laboratory setups.

    These condensers are suitable for distillation, reflux, and other laboratory procedures requiring condensation, provided the selected model is appropriate for the intended process and operating conditions.

    SPECIFICATIONS

    • Product Name: Coil Condensers, Graham, Coiled Distillate Type

    • Catalogue Number: SMC-2012 Series

    • Material: Borosilicate Glass

    • Condenser Type: Graham Coil Condenser

    • Design: Coiled Inner Tube

    • Joint Type: Ground-Glass Socket and Cone, depending on model

    • Function: Vapour condensation

    • Available Lengths: 150 MM to 600 MM

    • Applications: Distillation, reflux, and other compatible laboratory condensation procedures

    AVAILABLE SIZES / MODELS

    Catalogue NumberSocket JointCone JointLength
    SMC-2012/1B14B14150 MM
    SMC-2012/2B19B19200 MM
    SMC-2012/3B19B19250 MM
    SMC-2012/4B24B24250 MM
    SMC-2012/5B19B19300 MM
    SMC-2012/6B24B24300 MM
    SMC-2012/7B24B24400 MM
    SMC-2012/8B24B24500 MM
    SMC-2012/9B34B34500 MM
    SMC-2012/10B34B34600 MM

    KEY FEATURES

    • Borosilicate Glass Construction: Suitable for a range of routine laboratory applications.

    • Graham Coil Design: Provides an extended vapour passage and heat-transfer surface.

    • Effective Vapour Condensation: Supports condensation under suitable operating conditions.

    • Multiple Length Options: Available in lengths from 150 MM to 600 MM.

    • Ground-Glass Joint Connections: Available in B14, B19, B24, and B34 configurations.

    • Versatile Laboratory Use: Suitable for compatible distillation and reflux assemblies.

    NOTES

    • Cooling arrangement: Confirm the exact coolant passage and connection configuration with the supplier before installation.

    • Joint sizes: B14, B19, B24, and B34 are reproduced from the supplied specifications. Confirm the applicable joint standard and dimensions before ordering.

    • Ensure all connections are compatible and secure before use.

    • Confirm suitability for the chemicals, temperatures, and operating conditions involved in the intended procedure.

    • Inspect the condenser and ground-glass joints for cracks, chips, or damage before use. Handle carefully to avoid breakage.