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    • 제품소개

    리스트
    • Isopink
    • Isopink
    • Isopink
    • Isopink
    Introduction
    Byucksan where takes a part in energy saving through supplying Korea’s best quality organic insulation system uses the high-end Hydrovac TM Process, which is the world’s first patented technology, and produce/supply the vacuum extruded and expanded polystyrene insulation system Isopink.
    Now, Byucksan will put more efforts for providing the best service to customers along with the reputation established from the quality.
    Certificates
    Mark001 Mark002 Mark003
    Application
    Insulation of inner/outer wall and rooftop of buildings i.e. apartment, officetel(Multi-purpose building, office + hotel), etc.
    Floors of sports centers i.e. ice link, etc.
    Cold storage, insulation of freezing and cooling truck
    Insulation, heating of pigsty, etc.
    Features
    • Insulation Performance

      Isopink produced in vacuum extruded
      method has low thermal conductivity
      among insulating materials as filling
      fluorocarbons which has the lowest
      thermal conductivity {0.0097W/m•K
      (0.0083kcal/mh℃)} from bubble within
      fine independent bubble structure.

      Insulation Performance
    • Processability/Formability

      Isopink, insulation system which does
      not break, can be cut freely with
      saw/knife, easily attached with gypsum
      bond/nil and others and reduce
      expenses compared to other insulating
      materials during construction, plus,
      has advantage of reducing construction
      period.

      Processability/Formability
    • Self Fire extinguishing Capability

      Has characteristic of exhausting itself
      when removing flame. However, must
      be careful with high temperature during
      storage or use as it is not non-flammable
      material.

      Self Fire extinguishing Capability
    • Corrosion Resistance

      Isopink produced by pure high
      molecule material of polystyrene
      never corrode or decompose itself,
      and has no sanitary issue as fungi
      and bugs are unavailable to inhabit.

      Corrosion Resistance
    • Various Compressive Strength

      Isopink with independent bubble
      structure has diverse compressive
      strength, and available to choose and
      use products with appropriate
      compressive strength depending on the
      application of various buildings.
      Use to for special parts i.e. rooftop,
      parking lot floor, runway, highway and
      cold storage floor with wide various
      options to choose from compared to
      other materials.

      Various Compressive Strength
    • Moisture/Water Resistance

      Unlike other insulating materials
      produced in Korea, Isopink has fine
      continuous independent bubble
      structure to not allow moisture or
      humidity to penetrate, so has no water
      or humidity absorptiveness easily
      seen from the previous insulation system.
      (As thermal conductivity of water is 0.598W/m•K (0.514kcal/mh℃), if insulation absorbs water, it losses its value as insulation system.)

      Moisture/Water Resistance
    Product Thickness 10 15 20~45 50~75 80 85 90 95 100 105 110 115 120 125 130 140 145 150 155~250
    Special Type
    Type 1
    Thickness Tolerance +2, -1 ±2 ±3 Followed by agreement
    Width Special Type, Type 1 900 1000
    Length Special Type, Type 1 1800 ~ 2900(in 10mm)
    Length, Width Tolerance Length Less than1000 +10, -0      /      Length 1000 or more +15, -0      /      Length 2000 or more : +20,0
    Width Less than 1000 +10, -0 / 1000 or more +15, -0

    ※ Ship-Lap maximum production size - 160T

    ※ Please contact the sales staff for laminated products with thickness of 180 or more.

    ※ Please contact the sales staff for the thickness exceeding the production standard.

    Edge Type
    아이소핑크 Square Square
    Ship-Lap Ship-Lap
    Item Insulation Plate Dampproof Plate
    Special Type 1 Type 1 Type 2
    Compressive Strength (N/㎠) 25 or higher 18 or higher 12 or higher 7 or higher
    Bending Failure Load (N) 45 or higher 35 or higher Density (kg/㎥)
    30 or higher 25 or higher
    Thermal Conductivity
    (Average Temp. 23±2℃)(W/m·K)     		Initial thermal conductivity 0.027 or lower 0.028 or lower 0.031 or lower 0.033 or lower
    Long-term thermal conductivity 0.029 or lower 0.030 or lower
    (Ref.) Vapor Permeance (per thickness of 25mm (ng/m2•s•Pa) 146 or lower -
    Combustibility Must have combustion time within 120 seconds and the combustion length of 60mm or shorter

    ※ Remarks : KS M 3808 standard (Initial thermal conductivity value is applied by quality management standard, long-term thermal conductivity value is applied by energy saving design standard of building.)

    Hollow Wall (Double Hollow Wall) Piling Method

    (1) Pile up inner wall. At this time, bury each Isopink around 40 × 80㎝ by bending in U shape with #16 wire for fixation.
    (2) Install Isopink by fixing to already buried fixation wire.
    (3) Make sure to have no flexure, and gap in between.
    (4) Seal the joint between Isopink with dampproof tape.
    (5) Fill the gap with Isopink pieces thoroughly, then seal with tape.
    (6) Pile up outer wall by fixing with buried wire.

    Bond Method (Complex Insulation Plate)

    (1) Laminate Isopink and gypsum board 9.5mm with Isopink Bond 1, and produce laminated panel.
    (2) Remove oil stain or dust on the wall to attach panel.
    (3) Cut panel to fit to height of wall.
    (4) Attach Isopink Bond 2 in 300mm space with diameter of 50mm, thickness of 3~5mm.
    (5) Attach panel to make it horizontal. At this time, screw and fix concrete nail to support until Bond is completely hardened.
    (6) Finish the joints with gypsum bond.

    Exterior Wall Dry Construction Method

    (1) While placing wall concrete, bury wire anchor to fix Isopink and finishing panel to outer surface.
    (2) Hang Isopink to anchor. At the time, make sure to have no flexure, especially, close adherence of joint between Isopink.
    (3) Hang finishing materials i.e. PC panel or marble panel to anchor to fix.

    Rooftop Insulation Method

    (1) Spread Isopink to stick to slab surface after drying ceiling slab surface.
    (2) At this time, make sure not to have gap between Isopink.
    (3) Spread humidity resistance tape in gaps.
    (4) Spread dampproof layer tightly.
    (5) Construct dampproof layer.
    (6) Spread topping concrete in a certain thickness.
    (7) Process finishing.

    * Please inquire for details of cooling storage construction method and ice link floor construction method.