Retort Clamp, Four Prongs, Powder Coated Finish, High Quality
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Four prong retort clamps supplied by LabChoice Australia provide enhanced stability and balanced support for laboratory glassware during heating, distillation, filtration and general bench top procedures. Manufactured from high strength alloy metals with chemically resistant polymer coated contact surfaces, these clamps offer outstanding durability, corrosion resistance and precise handling. Their reinforced frame and finely engineered adjustment mechanisms ensure consistent, reliable performance across repeated laboratory use.
Each clamp features four independently adjustable prongs that distribute holding pressure evenly around the circumference of flasks, condensers, separatory funnels or other apparatus. This configuration delivers superior stability compared with two or three prong designs, particularly when securing larger or heavier vessels. The cushioned, non slip prong tips protect BORO 3.3 glassware from mechanical stress, reducing the risk of cracks, scratches or slippage during operation. Precision adjustment screws allow technicians to fine tune grip strength and achieve accurate positioning when used with a boss head and retort stand.
Four prong clamps are widely used in organic synthesis, essential oil distillation, reflux heating setups, titration assemblies, teaching laboratories and industrial R and D applications. Their balanced support design makes them ideal for vessels that require steady vertical or angled suspension during thermal processes, reagent addition or fluid transfer. Their large opening capacity and high stability make them suitable for universal laboratory use.
Every four prong retort clamp supplied by LabChoice Australia undergoes ISO 9001 aligned quality control inspection. This includes grip force testing, prong alignment verification, screw mechanism smoothness evaluation, corrosion resistance checks and structural integrity assessment. Metal components are inspected for uniform casting and finish, while polymer coated surfaces are evaluated for chemical compatibility and moulding quality. These rigorous checks ensure dependable, safe performance for laboratories requiring high stability glassware support.