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  • Gel-Lay View larger

    Gel-Lay

    Lay Filaments

    New product

    10 Items

    24,95 €tax excl.
    30,19 €tax incl.

    Ask for information

    New sparkling filament, with a porous structure, formed by the combination TPE and PVA.

    Gel-Lay is a new filament having a similar function to gelatin. This new filament is part of the new line of sparkling filaments (with a porous structure) called PoroLay. Composition of the filaments of the line PoroLay consist of two different materials; on one hand a functional component (TPE-elastomer) and the other a soluble component (PVA).

    PoroLay line consists of four different types of filaments: LayFomm 40, LayFomm 60, FeltLay and Gel-Lay. (The first three have a foamy appearance and the last one gelatinous). Gel-Lay filament consists of a mixture of a PVA (soluble) and elastomeric rubber polymer. Therefore, part of this strand is water soluble. After rinsing the material in water, PVA component is dissolved and the rubber polymer remains a micro-porous appearance. As a gelatinous material (hence its name) offers multiple applications in the world of 3D printing to create soft objects. This duality between elasticity and water solubility of a part makes it an extremely versatile filament, being very suitable for use in biomechanics and objects in contact with water (especially designed for floating objects).

    The printed object with Gel-Lay will be strong and rigid filament (although slightly flexible), but after wetting it with water becomes elastic object (micro-porous). Gel-Lay is one of the newest experimental strands today of 3D printing. This is the most innovative creation of Kai Parthy (creator of filaments as well known as the LayBrick, LayWoo-D3 or Bendlay among others). Gel-Lay filament is optimal for printing objects soft rubber due to deformation of negligible when printing. Importantly, the pores are not visible to the naked eye. Printed objects with Gel-Lay can moisten with water plus a multitude of liquids such as oil, glycerin, inks, saline solutions, ionic liquids or to be electrically conductive.

    Flexibility Flexibility
    Solubility Solubility
    Hide color variations (Hide color variations)

    To print with Gel-Lay filament is not necessary to have a warm bed in the 3D printer. Although to get a better impression you can put warm bed to 80ºC. It´s essential to use Kapton Tape or BuildTak. For maximum flexibility of the printed object it is recommended that part or object immersed in a container of water from one to four days. The effect of PVA solution component and the other part of the gelatinous transformation begins to be clearly seen after immersed one day. If you want to reduce the time the object immersed in the liquid to print fewer walls (Shell) and less filling percentage. It can also accelerate dissolution of the PVA if shaken occasionally workpiece.

    The recommended print temperature is 225 °C to 235 °C. All components of the filament Gel-Lay are harmless and safe.

    General information
    Manufacturer Kai Parthy-LayFilaments (Germany)
    Material Gel-lay (TPE+PVA)
    Format Pack of 50g
    Roll of 250g
    Density -
    Diameter of filament 1.75 or 2.85 mm
    Diameter tolerance ±0,1 mm
    Filament length -
    Color White
    RAL/Pantone -
    Print settings
    Printing temperature 235ºC
    Print bed temperature 20-80ºC
    Chamber temperature Not necessary
    Cooling fan Recommended
    Mechanical properties
    Izod impact strength -
    Charpy impact strength -
    Elongation at break -
    Tensile strength -
    Tensile Modulus -
    Flexural strength  -
    Flexural modulus -
    Surface hardness -
    Thermal properties
    Softening temperature -
    Melting temperature -
    Specific properties
    Transparency  Opaque
    Additional Information
    HS Code 3916.9
    Diameter roll (outer) 200 mm
    Diameter roll (inner hole) 125 mm
    Roll  width 30 mm


    * The typical values detailed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design and printing conditions. We recommend confirming the results and final properties with own tests. For more information you should consult the technical data sheet of the product.

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