Product

Specialized Food Machinery Company

Inner Wall Insulation Materials

E-QUVE

Low-Emissivity Hybrid Insulation

An eco-friendly insulation material that effectively blocks radiant heat, prevents condensation and draft, and does not emit any hazardous substances such as HCHO, TVOCs, etc.

ITEM EQUVE 5T EQUVE 6T EQUVE 10T
Model Unit EQ-0051 EQ-0061 EQ-0101
Thickness ㎜ 5±0.25 6±0.25 10±0.25
Emittance ε 0.049
R-value ㎡·K/W 1.061 1.087 1.563
U-value W/㎡·K 0.94 0.92 0.64
Water Vapour Transmission g/㎡·24h 3.1
Tensile Strength Length N/50㎜ 43 43 49
Width N/50㎜ 46 46 46
Elongation Length % 2 2 3
Width % 2 2 2
Tearing Strength Length N 17 16 18
Width N 16 15 18
HCHO ㎎/㎏ N.D
VOC ㎎/㎏ ＜1
U Reflective Insulation

EQ 5T

  • Size | 5mm x 1m x 50m
  • Structure | AL Foil + PE Foam + AL Evaporated Film

EQ 6T

  • Size | 6mm x 1m x 50m
  • Structure | AL Foil + Non-Woven Felt + PE Foam + AL Evaporated Film

EQ 10T

  • Size | 10mm x 1m x 25m
  • Structure | AL Foil + Non-Woven Felt + PE Foam + AL Evaporated Film

LWO.EMISSIVITY HYBRID INSULATION

Low-Emissivity Hybrid Insulation

Low-Emissivity Hybrid Insulation?

Low-emissivity hybrid insulation blocks 90% of radiant heat by using
an aluminum layer with low-emissivity properties that effectively blocks radiant heat,
and it secondarily blocks convective heat
and conductive heat in multiple closed air layers (cells) with low conductivity.
It is a new-concept hybrid insulation material made with optimal insulation material
that minimizes heat transfer and energy loss.

POINT

E-QUVE Feature Point

  • Insulating property

    Expanded PE foam for cold and heat resistance

  • Constructability

    Construction is easy
    with flexible materials.

  • Functionality

    Condensation prevention and draft prevention

  • Eco-friendly

    No detection of hazardous substances l
    such as HCHO and TVOCs

  • Economic efficiency

    Reduced thickness compared to general
    insulation materials and semi-permanent life

ECO-FRIENDLY

Eco-friendly Manufacturing Method

High-efficiency insulation

60-70% thinner but the same level of insulation performance

Eco-friendly manufacturing method

Chemical adhesives (HCHO, TVOCs, etc.) not required, due to the application of a thermosetting method

METHOD

Construction Method

  • The substrate should be made flat, smooth and clean by removing protrusions, such as nails, wires, and mortar, as the presence of such materials will likely impede the installation process.
  • Install the insulation material according to the arrangement plan. Use a cutter to cut the insulation material straight on site.
  • Overlap two pieces of the insulation material during installation. If there is a need to connect the insulation materials, make sure the joints are away from each other.
  • When attaching the insulation material to the substrate, smooth out the surface of the substrate first, and make sure that the two materials are in close contact with each other.
    (Depending on the situation of the installation site, it is possible to use an adhesive type or securing pieces (cap stapler, fasteners, etc.).)
  • When using securing pieces (cap stapler, etc.), use 9 to 15 pieces per 1㎡ and make sure that the aluminum surface is not damaged during installation.
  • The joint part of the insulation material should not have any gap, and this is ensured by using tape or adhesive.
    Reinforce the area where the half-lap joint technique cannot be applied with an adequate insulation material.

NOTICE

E-QUVE Notice

  • Precautions & Instructions
    • Remove all foreign substances from the wall to prevent interference with the installation of the insulation material and dry the wall completely.
    • The insulation material should be processed on a clean, flat surface, but make sure to use appropriate tools to process it into correct dimensions without any damage to the material.
    • Use a designated tape to prevent gaps in the joints of the insulation material.
      When installing multiple layers of the insulation material, the joints should not be aligned.
    • As for the corners, etc., make sure that there is no gap with the wall or areas that are not insulated.
    • If there is any loss or damage to the insulation material due to the installation of the finishing material and the structure of any installations, fill the area with foam (urethane, etc.) and attach tape.
      Then, if there aren’t any problems, clean up the site and finish off the work.
  • Precautions & Instructions for Transport, Storage and Handling
    • Be careful when transporting and handling the insulating material to prevent damage.
    • Be careful when transporting and handling the insulating material to prevent damage. Insulation materials should not be directly exposed to sunlight, rain, or wind and should be stored in a well-ventilated place with low humidity and good ventilation. They should be stored according to their respective uses, type, characteristics and shape.
    • Do not place any heavy objects on the insulating material and do not leave it outside for more than 2 months.
    • The exposed surface of the insulation material should be marked with a joint, etc., and the loading height should be no more than 2m.
    • Always store insulation products upright in a way that they do not come into direct contact with the ground.
  • Precautions & Instructions After Installation
    • Prevent excessive impact and keep it clean.