CATEGORIES

    Laboratory Sieving Machine

    Overview Products Knowledge Terms
    The laboratory sieve shaker drives the screen to vibrate through a motor, separating materials based on particle size. It is used in industries such as coatings and plastics to detect particle distribution and control the fineness of raw materials. During operation, the material moves on the screen surface, with particles smaller than the mesh passing through, achieving classification.
    Selection
    When selecting a screening instrument, consider material characteristics, screen specifications, and vibration methods. Determine the number of screen layers and aperture sizes based on testing standards. Pay attention to the corrosion resistance of the equipment material and ensure the motor power matches the sample volume. Check the sealing structure to prevent dust dispersion, and perform regular calibration to ensure screen flatness.

    Terms

    Laboratory Sieve Shaker
    Sieve Shaker
    Vibrating Sieve Shaker
    Vibrating Sieve Shaker

    Instruments

    TQC sheen VF9904 stainless steel test screen, stainless steel frame, laser engraved to ISO 3310
    TQC sheen VF9904 stainless steel test screen, stainless steel frame, laser engraved to ISO 3310

    The stainless steel frame is suitable for dry, wet, and manual screening, with a aperture of 1000 μm, and laser-engraved labels ensure clear traceability, meeting ISO 3310 standards.

    $ 604.00
    TQC sheen VF9902 stainless steel test screen, laser engraving traceable
    TQC sheen VF9902 stainless steel test screen, laser engraving traceable

    Featuring a stainless steel frame suitable for dry, wet, and manual sieving, with a pore size of 250μm, laser engraving provides clear labeling to ensure full traceability.

    $ 791.00
    TQC sheen VF9903 stainless steel test screen, laser engraving traceable
    TQC sheen VF9903 stainless steel test screen, laser engraving traceable

    Featuring a stainless steel frame, suitable for dry, wet, and manual sieving, with a 500 μm aperture, laser-engraved labels provide clear identification and full traceability.

    $ 604.00

    Articles

    Bauer-McNett Classifier Method and Fiber Fractionation Principle of Pulp Fiber Classifier
    The Bauer-McNett classifier is a standard method that separates fibers by length and morphology through the sequential screening of pulp suspensions using sieves with different aperture sizes.
    The role of the screening analyzer in pulp fiber morphology analysis
    The screening analyzer separates pulp fibers through standard sieves to analyze their length distribution. Morphological parameters such as fiber length and coarseness directly affect paper properties like strength and bulk.