Moisture Resistant MDF board 12mm
Moisture resistant V313 MDF Board is an incredibly versatile panel, with a high internal bond strength, used extensively throughout the construction and furniture industries, for interior applications that may be subject to occasional wetting or humidity.
- Typically used for internal applications where occasional wetting or humidity is a problem
- Suitable for all types of machining and surface finishes
- The panel conforms to the latest European low emission standards 'E1'
- Easy to handle
- Interior use only
- FSC Certified from managed resources
- Cut sheet size may vary slightly due to loss of blade width during cutting.
Original: $16.78
-70%$16.78
$5.03More Images
Moisture Resistant MDF board 12mm
Moisture resistant V313 MDF Board is an incredibly versatile panel, with a high internal bond strength, used extensively throughout the construction and furniture industries, for interior applications that may be subject to occasional wetting or humidity.
- Typically used for internal applications where occasional wetting or humidity is a problem
- Suitable for all types of machining and surface finishes
- The panel conforms to the latest European low emission standards 'E1'
- Easy to handle
- Interior use only
- FSC Certified from managed resources
- Cut sheet size may vary slightly due to loss of blade width during cutting.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Moisture resistant V313 MDF Board is an incredibly versatile panel, with a high internal bond strength, used extensively throughout the construction and furniture industries, for interior applications that may be subject to occasional wetting or humidity.
- Typically used for internal applications where occasional wetting or humidity is a problem
- Suitable for all types of machining and surface finishes
- The panel conforms to the latest European low emission standards 'E1'
- Easy to handle
- Interior use only
- FSC Certified from managed resources
- Cut sheet size may vary slightly due to loss of blade width during cutting.
