MFP 10mm board 1250mm x 2500mm Pfleidere

Product description

The MFP board is a guarantee of a durable structure that results from the use of long and thin chips laid in each direction. This slab does not bend or break under load, to which the materials used for finishing floors, walls and roofs are exposed. The MFP board maintains the same load resistance in all directions.

Advantages of using MFP board:

• big improvement of comfort and quality of roofs arrangement (roof veneer edges do not deviate) • big improvement of comfort and quality of floors arrangement (joints do not crack under the weight of steps)

• increased rigidity and cohesion due to a 17% higher density of building board

1. Bending strength

Benefits:

• complete freedom in the direction of MFF board installation using its surface to the last piece

• more than twofold increase of the plate bending strength in the transverse axis

• increasing the board's resistance to bending in each direction by 10%

2. Tensile strength

Benefits:

• guarantee of maintaining heavy loads on the fasteners (min. Screw / nail distance from the edge: OSB / 3 = 10 mm and MFP = 8 mm).

• reduced depreciation based on the life of the disc

• reliable stability of the MFP board fastening even in adverse weather due to increased strength by 25%

• more than 2 times greater MFP board tensile strength (which improves the quality of screws, nails, dowels and hinges).

Moisture proof MFP board

MFP board with increased resistance to moisture and water. This structure of a building board is suitable for use in rooms with increased humidity (up to 85%, for at least several weeks each year).

benefits:

• the best MFP boards for bathrooms and rooms exposed to moisture and water

• reduced risk of mold and fungi

• the MFP board returns to its original shape after drying, which allows its further use

MFP CONSTRUCTION BOARD

MFP board for many applications in construction. Perfect for sheathing walls, roofs, ceilings and floors. It is characterized by high innovation, attractive price, exceptional parameters and perfect quality. Thanks to this, it is so appreciated by many investors and construction companies.

APPLICATION OF THE MFP BOARD:

wall plating

roof plating

floor plating

plating of wooden ceilings

for structural components in wet rooms

for the construction of frame houses

for the production of packaging

Advantages / Parameters of MFP building board:

easy to cut and cut

reduced edge fraying

Multifunction

compact and uniform structure

resistance to deformation and bending

resistance to loads / does not break

perfectly stabilizes fastening of nails, screws and staples

Further information and technical data are available at www.pfleiderer.com

PROCEDURE AND RULES FOR INSTALLING MFP BOARDS

MFP boards should always be used in accordance with current building regulations, construction design and technical conditions of use of a given building. Thanks to this, they keep their best parameters for many years.

1. Before using MFP boards at the destination, they should be provided with 24-hour acclimatization time in the new conditions
2. Wood-based panels should be protected against direct water exposure (both during construction works and after their completion). Why? The surface of the boards is ground, so that it maintains its smoothness, it must be protected from the effects of water.
3. It is worth using 12 mm expansion joints between the panel and the wall: between the walls, when installing floating floors and near the chimney.
4. For sections longer than 12 m, it is recommended to prepare a 25 mm expansion gap
5. When using MFP tongue and groove boards, remember their upper and lower (base) part. There is always a technical inscription at the bottom. These tongue-and-groove plates are laid down.
6. It is possible that the longer edges of the MFP tongue and groove not supported on joists require the preparation of an appropriate support
7. When using water-based paints and adhesives, it is required to isolate the board by impregnation or painting with agents based on appropriate solvents. They help to obtain a smooth surface of the MFP board, which avoids the formation of small irregularities as a result of swelling of the outer layer.

MFP CONSTRUCTION BOARD - TECHNIQUE AND APPLICATION:

1. Floor and ceiling

MFP boards are laid perpendicularly or parallel to the floor beams, maintaining the offset ½ of the board relative to each other. Expansion joints are kept between 3-6 mm wide boards and must be filled with a flexible wood mass (e.g. glue). A 12 mm wide expansion gap should be maintained from the wall itself. MFP boards are insulated from floor beams. When laying larger surfaces (over 12 running meters), it is recommended to prepare additional 2.5 mm wide expansion joints for all panel joint edges (min. 1 mm tongue and groove panels on unprinted / base surfaces) regardless of the gap behavior. a wall; it is recommended to fill such expansion joints with an elastic mass (e.g. glue) intended for wood.

For 22 mm thick boards, regular and spiral nails with a minimum length of 51 mm or fluted nails with a minimum length of 45 mm are ideal. It is also possible to use screws (type SPAX 4x35) with a thread length of 35 mm.

A maximum of max. Between screws, nails and screws must be kept. distance of 150 mm at the extreme edges and max. distance 300 mm in the center of the plate. We avoid tearing the panel at the edges while maintaining a minimum distance from the edge of 8 mm. Similarly, a minimum distance of 16 mm should be maintained in the corners (16 mm and 32 mm for tongue and groove panels).

2. Walls

It is recommended to use 12-15 mm thick panels on the outer wall sheathing and 10 mm thick panels inside the building. MFP boards are laid on the walls vertically or horizontally, using a shift of min. 1/3 of the disc relative to each other. Keep expansion joints 3-6 mm wide. Joints are not filled. Additional expansion joints should be used between the MFP board and the foundation and on the coronary beam.

When laying larger surfaces (over 12 linear meters) from MFP boards, it is worth making an additional 2.5 mm wide expansion joint on all edges of the board connection (in MFP boards of the tongue and groove minimum 1 mm for unprinted / base surfaces) regardless of the behavior wall cracks.

For 12 mm thick boards, regular and spiral nails with a minimum length of 51 mm or corrugated nails with a minimum length of 45 mm are ideal. It is also possible to use screws (type SPAX 4x35) with a thread length of 23 mm.

A maximum of max. Between screws, nails and screws must be kept. distance of 150 mm at the extreme edges and max. distance 300 mm in the center of the plate. We avoid tearing the panel at the edges while maintaining a minimum distance from the edge of 8 mm. Similarly, a minimum distance of 16 mm should be maintained in the corners (16 mm and 32 mm for tongue and groove panels).

roofs

MFP boards should be laid perpendicular or parallel to the rafters, staggered with a 1/3 offset of the board relative to each other. They should be connected with steel H connectors. 3-6 mm wide expansion joints must be maintained between the panels. An additional 25 mm wide gap is recommended to be used on all edges connecting MFP boards (for tongue and groove boards, 1 mm on unprinted / base surfaces is enough) regardless of the extent of the gap near the wall. For 15 mm thick boards, regular and spiral nails with a minimum length of 51 mm or corrugated nails with a minimum length of 45 mm are ideal. It is also possible to use screws (type SPAX 4x40) with a thread length of 35 mm.

A maximum of max. Between screws, nails and screws must be kept. distance of 150 mm at the extreme edges and max. distance 300 mm in the center of the plate. We avoid tearing the panel at the edges while maintaining a minimum distance from the edge of 8 mm. Similarly, a minimum distance of 16 mm should be maintained in the corners (16 mm and 32 mm for tongue and groove panels). The thickness of MFP panels should be adjusted to the rafter spacing, parameters of panel deflections, type and slope of the roof slope.