PRODUCTS

ECOWOOL BROWNIE
SHIPBUILDING : ECOWOOL BROWNIE Blanket

ECOWOOL BROWNIE Blanket, the formaldehyde free range of ECOWOOL glass mineral wool insulation manufactured by PGF Insulation specifically designed glass mineral wool for impressive thermal and acoustical insulation as well as a higher degree of fire safety on naval and merchant vessels and drilling rig platforms. ECOWOOL BROWNIE is installed within the cabin and around control panels, our products provide additional cabin noise control.

Offering exceptional thermal and acoustic performance and fire safety, ECOWOOL BROWNIE saves valuable energy and helps to protect the environment.





  • APPLICATIONS
    BROWNIE® can be used in the following applications:
    • Offshore modules/ accommodations
    • Bulkhead and deckhead
    • Acoustic and thermal insulation
    • Floating floors
    • Piping, air conditioning and technical equipment
    • Fire doors
  • ADVANTAGES
    • Optimal fibre diameter
    • Better fibre network
    • Less dusty and less itch
    • Low ‘K’ Factor
    • Does not encourage mould growth
    • Absorbs disturbing sound
    • Non-corrosive
    • Light weight
  • THERMAL PERFORMANCE
    Test according to ASTM C518 at 23°C and 20°C mean temperature. Thermal conductivity as low as 0.0309 W/mK
  • ACOUSTICAL PERFORMANCE
    Type ‘A’ Mounting, tested in accordance with ASTM C 423
  • FIRE PROPERTIES
    Tested in accordance and comply with (plain/unfaced):
    • B.S. 476: Part 4 Non-combustibility test for materials
    • B.S. 476: Part 6 Fire propagation
    • B.S. 476: Part 7 Surface spread of flame
    • ASTM E84
    • Bomba Class ‘O’
  • PRODUCT RANGE

    Type Density
    (kg/m3)
    Thickness
    (mm)
    Width
    (m)
    Length
    (m)
    EWBL 1.35 16 50 1.2 15
    EWBL 1.45 24 50 1.2 12
    EWBL 1.50 32 50 1.2 10
    EWBL 1.60 48 50 1.2 7.5

    Note: Please contact PGF Insulation sales representative for indicative density of the products above
  • AVAILABLE FORMS
    Unfaced or Plain – Designed for predictable thermal insulation performance with the added benefit of being an effective sound absorption material