Structural F17 Formply 1200*1800*17mm
F17
Structural F17 Formply 1200*1800*17mm
Size: 1200*1800*17mm;
Core material: Eucalyptus;
Glue: Phenolic glue A bond (72 hours in boiling water);
Surface: Dynea black film, off-finish Class 2
Size: 1200*1800*17mm;
Core material: Eucalyptus;
Glue: Phenolic glue A bond (72 hours in boiling water);
Surface: Dynea black film, off-finish Class 2
Quantity
Structural Formply -a kind of Film Faced Plywood is used in construction industry for forming concrete. F17 formply is made with a bond glue,hardwood core and poplar veneer faces with a high density overlay resin impregnated finish. Perfect for use in concrete formwork and can be used several times. Usually, used in outdoor environment and exposed to external weather conditions, rain, sun light, heat from concrete being formed.
F17 formply Film Faced Plywood Recommended for decks, retaining walls, bridges, culvert construction, building slabs, civil engineering projects etc
Structural Formply 1200*1800*17mm
F17 formply Film Faced Plywood
Size: 1220*1800mm
Thickness: 17mm
Core material: hardwood, pine, etc
Glue: phenolic glue A bond (72 hours in boiling water)
Face/Back: Dynea film, black/brown film, Off-finish Class 2
Moisture Content: 6-10%
Application: concrete formwork, construction, wagon building, etc;
F17 formply Film Faced Plywood
Characteristics - High strength and stiffness to weight ratio; high dimensional stability; high panel shear; chemical resistance.
F17 formply Film Faced Plywood Recommended for decks, retaining walls, bridges, culvert construction, building slabs, civil engineering projects etc
Structural Formply 1200*1800*17mm
F17 formply Film Faced Plywood
Size: 1220*1800mm
Thickness: 17mm
Core material: hardwood, pine, etc
Glue: phenolic glue A bond (72 hours in boiling water)
Face/Back: Dynea film, black/brown film, Off-finish Class 2
Moisture Content: 6-10%
Application: concrete formwork, construction, wagon building, etc;
F17 formply Film Faced Plywood
Characteristics - High strength and stiffness to weight ratio; high dimensional stability; high panel shear; chemical resistance.