FERRO Climate

FERRO Climate


THE CLIMATE FRIENDLY DOOR CORE FOR A CLEANER ENVIRONMENT


FERRO Climate external door blanks and SANDWICH Climate door panels from Moralt save fossil resources and energy in production. Their excellent ecological balance is based on the use of almost 100% renewable raw materials. Even the insulation insert is made of light, pressure-resistant and heat-insulating solid wood. This binds CO2 and reduces the greenhouse effect. Thanks to its high, ecologically valuable thermal insulation and its special components, it creates the best conditions for a “feel-good climate”. The 2-part flat steel stabilizer is insulated with pressure-resistant light wood, prevents thermal bridges and thus also prevents condensation problems. FERRO Climate has Passivhaus approval and achieves the best values in all performance classes according to EN 14351-1. Rely on Moralt FERRO Climate for future generations.

FERRO Climate combines energy efficiency and ecological balance with unique perfection. In addition to the stringent requirements for low-energy and Passivhaus, Moralt's FERRO Climate also meets the highest demands of responsible and climate-conscious homeowners. Use these increasingly growing markets as part of your plan for greater success, and create the best environment for your and your children’s future.

QUALITY FEATURES:

Moralt door blanks

The 5-layer veneer board

A 5-layer, AW-glued veneer plywood panel made from carefully selected woods.

Advantages:

  • The decorative veneer layer consists of high-quality, sliced – or Fineline veneers, which are joint-glued together as shown. Our recommendation is to shorten the blank at both ends.
  • The Moralt external door blank achieves a visual veneer structure on both sides, which corresponds to a door of very high quality.
Moralt door blanks

Burglary resistance

Better safe than sorry: Our blanks offer all the prerequisites for producing burglary-resistant front doors: resistance class RC3/ RC2 according to DIN EN 1627: 1999-04 on the surface of the blank.

Moralt door blanks

Flat steel stabilizer

A flat steel stabilizer consisting of two flat pieces of steel grooved into the wood and glued over the entire surface. This works according to the static principle of tension and compression.

Advantages compared to a U-shaped steel and square profiles:

  • No thermal bridge due to thermal separation of the two pieces of steel .
  • Free of cavities, so no condensation forms inside.
  • The flat steel stabilizers do not show on the surface even when the building moisture is high.
  • Low weight by avoiding unnecessary steel joints.
Moralt door blanks

Frame

Unmistakable handcrafted charm: Our stiles and rails are made of solid, carefully selected - or laminated, finger-jointed timber.

Moralt door blanks

PUR rigid foam

Highly recommended: The inner core is made of polyurethane.

Advantages:

  • Low weight, excellent thermal insulation.
  • Foam can withstand extreme temperatures: short-term up to 250 °C/482 °F, long-term up to 110 °C/230 °F.
  • Compressive strength is sufficient to place insulating glass on it in the light cutout.
  • Thanks to production under controlled conditions, the polyurethane quality is continuously at a high level.
Moralt door blanks

LVL core middle layer

The LVL core with upright-standing annual rings, consisting of approx. 5 mm wide peeled veneers glued together. The optimum strength is attained through offset joints within the inner core layer.

Advantages:

  • Highest Highest strength values from the offset laminated joints.
  • Optimum surface smoothness thanks to the even distribution of the individual veneers and the consistent position of the annual rings.
Moralt door blanks

Local wood species

The LVL core with upright-standing annual rings, consisting of approx. 5 mm wide peeled veneers glued together. The optimum strength is attained through offset joints within the inner core layer.

Advantages:

  • Highest Highest strength values from the offset laminated joints.
  • Optimum surface smoothness thanks to the even distribution of the individual veneers and the consistent position of the annual rings.
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