HPL SLOPLAST LABORATORY FURNITURE

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HPL Lab - a decorative paper-laminated plastic with a surface resistant to aggressive environments. Due to its biocidal properties, the material can be used in "clean" rooms, laboratories, and various medical institutions.

The surface of the material is resistant to the effects of various HPL Laboratory chemicals. It is used in operating rooms, intensive care units, in clean pharmaceutical industries, in medical and preventive institutions and sanatoriums.

HPL Laboratory has increased resistance to organic chemicals and solvents (acetone, toluene, xylene, etc.), to disinfectants and cleaners.

Environmental friendliness.

Does not contain and does not emit harmful substances when heated.

Impact resistance.

The material can be used in rooms with high traffic.

Wear resistance.

HPL Lab maintains its original appearance and performance for a long time.

Color: White, Gray, Black

HPL Sloplast laboratory furniture

The spheres of application

Benefits of HPL Sloplast facade panels

  • Hihg mechanic density

    Hihg mechanic density

  • Resistance to moisture

    Resistance to moisture

  • Fire resistance

    Fire resistance

  • Resistance to temperature variable

    Resistance to temperature variable

    from -60 С to +80 С
  • Wide range of decor

    Wide range of decor

  • Resistance to chemicals

    Resistance to chemicals

HPL Sloplast laboratory furniture

Decorative paper-based laminaDecorative paper-based laminate SLOPLAST is a high-pressure facing and structural plastic material, also called HPL (High Pressure Laminate), with a decorative surface suitable for external and internal works, resistant to mechanical impacts, light, it is weather insensitive. HPL consists of sheets of special kraftpaper impregnated with synthetic thermoreactive resins. Production technology envisages the combined treatment of paper under the effect of high temperature and pressure at special presses. Such treatment enables the resins to penetrate into the structure of paper, filling the fibers and changing its structure at chemical level. As a result, the uniform monolith material with unique operating performance characteristics is produced.

The thickness of the decorative plastic depends on the number of paper layers, it varies within the limits between 0.6 and 25 mm. Technology of material production enables to make various types of the surface finishing – glossy, matt, or textured; plastic sheets can be decorated from one side or from two sides.