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Three prong retort clamps supplied by LabChoice Australia are designed to provide secure, adjustable support for flasks, condensers, burettes and other laboratory vessels requiring stable suspension during heating, filtration or distillation procedures. Manufactured from high strength alloy metals with polymer coated gripping surfaces, these clamps offer excellent mechanical durability, corrosion resistance and precise handling. Their reinforced frame and smooth operating adjustment mechanisms ensure reliable performance throughout repeated laboratory use.
Each clamp features three independently adjustable prongs that allow technicians to hold irregular shapes or round glassware with balanced, even pressure. The cushioned, chemically resistant prong tips protect BORO 3.3 glass vessels from stress points and reduce the risk of cracks or slippage during operation. Fine adjustment screws provide controlled tightening, allowing for accurate positioning of apparatus at the desired angle or height when paired with a boss head and retort stand.
Three prong clamps are widely used in organic synthesis, titration setups, reflux assemblies, teaching laboratories and industrial R and D environments. Their design supports safe handling of reaction vessels, separatory funnels, condensers and other components that require stable suspension during heating or fluid transfer. The wide opening range accommodates a variety of vessel diameters, making them versatile tools for routine and specialised applications.
Every three prong retort clamp supplied by LabChoice Australia undergoes ISO 9001 aligned quality control checks. This includes verification of mechanical alignment, grip strength testing, corrosion resistance assessment, prong tip integrity evaluation and screw mechanism smoothness. Metal components are inspected for uniform casting and structural strength, while polymer surfaces are checked for chemical compatibility and moulding consistency. These rigorous evaluations ensure dependable, safe performance across diverse laboratory workflows.