MDF / HDF

MDF / HDF

An unique raw material

Medium Density Fibre panel (MDF) and high density fibre (HDF) are both developed by process technology. A plate made of solid wood, engineered solid wood (ESF), in which almost all parts of the tree are used . ESW MDF meets the most stringent requirements regarding fire safety and emissions. And after many years of use fully recyclable with low energy consumption.

Lambri is a specialist in the field of MDF / HDF and the mechanised processing of this renewable raw material. The panels are purchased directly from European producers

Before the top layer of veneer or HPL décor can be applied, the panels are checked by Lambri and if necessary, sanded two-sided by calibration in order to avoid differences in thickness after pressing. The pressed MDF / HDF panel with veneer or HPL top layer is round cut by a machine. Veneered panels are also two-sided light sanded and are therefore ready to paint. Upon receipt, the customer can directly handle the plate.

Lambri produces entirely according to the specification of the customer. Many combinations of plate thickness’s and designs are possible.

A complete program

For production Lambri only uses European MDF/HDF , made of of PEFC/FSC solid wood granulate originating from reforestation-areas. The wood granule fibres are glued together with a glue which is low on formaldehyde. The size of the industrially produced panels 244/305 x 122 mm. Other sizes are available on request.

The types of MDF base panels suitable for a top layer with veneer and HPL are:
  • HDF ST density 8.5 lb/gal, D-s3-d0, formaldehyde E1
 Thin flexible plate, colour brown, favourable in price, suitable for veneer, melamine and HPL.
  • MDF ST density 6.3 lb/gal, D-s3-d0, formaldehyde E1
 Form stable panel, colour brown, favourable in price, for suitable for veneer, melamine s and HPL.
  • MDF NAF density 7.5 lb/gal, B-s2-d0, formaldehyde E1
 Form stable panel, colour brown, fire retardant, suitable for veneer, melamine and HPL.
  • No formaldehyde added (No Added formaldehyde), certified according to California code or Regulations sections 93120-93120.12 as CARB 2.
  • MDF ST density 6.3 lb/gal, D-s3-d0, formaldehyde E
 Form stable panel, green coloured, moist resistant interior, favourable in price, suitable for veneer, melamine s and HPL.
  • MDF ST density 6.8 lb/gal, D-s3-d0, formaldehyde E
 Form stable panel, colour brown, favourable in price, suitable for veneer, melamine s and HPL.
  • MDF Tricoya density 5.8 lb/gal, D-s3-d0, formaldehyde E1
 Form stable panel, colour brown, damp- proof exterior, suitable for veneer, melamine and HPL Special panel dimension 8 x 4 ft for application in outdoor climate and wet indoor climate.
  • MDF ST CL density 6.3 lb/gal, D-s3-d0, formaldehyde E1
 Form stable panel, thorough homogeneous colour black, grey, blue, red, orange, green. Designed for milling work and acoustic panels. Matt/silk gloss lacquers. Suitable for veneer and HPL.
  • MDF FR CL density 7.3 lb/gal, B-s2-d0, formaldehyde E1
 Form stable panel, fire retardant, colour black, grey, blue, red, orange, green, intended for milling work and acoustic panels. Matt/silk gloss lacquers. Suitable for veneer and HPL.
  • MDF FR CL density 7.5 lb/gal, B-s2-d0, formaldehyde E1
 Form stable panel, fire retardant, colour black, intended for milling work and acoustic panels. Matt/silk gloss lacquers. Suitable for veneer and HPL. No Added formaldehyde, certified according to California code or Regulations sections 93120-93120.12 as CARB 2.
  • HDF FR CL MR. density 8.2 lb/gal, B-s2-d0, formaldehyde E1
 Form stable panel colour black, damp-proof exterior, intended for deep milling work and particular acoustic panels. Excellent glossy/satin/high-gloss to paints. Also suitable for veneer and HPL.
  • HDF FR density 7.5 lb/gal, B-s2-d0, formaldehyde E1
 Thin bendable panel, colour brown, fire retardant, suitable for veneer, melamine and HPL.
  • MDF NAF density 7.5 lb/gal, B-s2-d0, formaldehyde E1
 Form stable panel, colour brown, fire retardant, suitable for veneer, melamine and HPL.
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