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Wood in its original form is unique and not interchangeable. A
proof of the existence of individuality.
Wood - living value for generations promises durability.

Wood as a building material has been known to us for centuries and as such is very pleasant. It gives
us a sense of security and well-being, whether in nature or indoors.

It can easily be used as a building material, floor covering or even for furniture. We know from
nature that the surface of this material only needs limited protection. In order
to allow the power of wood to have an effect on us, there is one prerequisite - we must not insulate its
surface with materials that are foreign to the species.

Treatment with plant-based wood preservatives (and paints) supports the wood in its
positive effects, it remains permeable and retains its own valuable
character.

In the past, wood was protected with oils and waxes, which increased its
resistance and water repellency, but made it susceptible to stains.
In the late 1930s, the first synthetic varnishes came onto the market, which were highly valued by architects,
craftsmen and end users. They were easier to
process, more resistant and easier to clean.

The problem of chemical substances was not yet known at that time, only the smell of the
acid hardener varnish was unpleasant. As demand was extremely high, the progress of
lacquers was greatly advanced and so formaldehyde-free DD lacquers, also
called PU lacquers, came onto the market.

In the 1960s, the environmental impact of these paint systems, which have a very
high solvent content and harmful substances, was recognized. Toxic
substances are released not only during production,
but also during processing and during the curing time over years. (Sick building)

The
synthetic paint industry responded to the new requirements with acrylic paint, also known as water-based paint because it is diluted with water: In the aggressive paints, the
turpentine oil is replaced by water and supplemented with glycols and aziridines. With less than 10%
solvent content, they were awarded the "Blue Angel" label (low pollutant content).
In the early 1970s, natural paints and oils were
developed for industrial production for the first time. New technologies and findings in plant chemistry made natural products
refined and easy to process. New results show that such systems are
equal to, if not preferable to, DD lacquers
in terms of repairability and durability.

When treated with products from plant chemistry, the natural defenses that
the tree has built up are protected by related substances and protect in a similar way to the
tree bark.

The need to surround ourselves with natural substances and protect the environment is a
requirement that we meet with our products and processes.
Let us advise you and convince you of the benefits of plant chemical
products.

Fischer system

NATURAL SURFACE TREATMENT IN OIL AND WAX

Wood is a natural product and therefore a renewable raw material.
For this reason, we like to surround ourselves with this building material, which has a high
filtration effect, is breathable, regulates humidity and thus
conveys warmth and security.

In order not to destroy these natural properties and to maintain the beauty and
ease of care over a longer period of time, we also use renewable natural products to protect the wood as
surface treatment with the FISCHER-SYSTEM
.

The FISCHER-SYSTEM saturates the wood with an oil consisting mainly of linseed oil
. This impregnation allows the oils to penetrate particularly deep into the wood
(molecules are approx. 10 times smaller than the narrowest passage in the cell system of the wood).
This open-pored treatment has an elastic, water vapor-permeable and
water-repellent effect that follows every expansion and volume shrinkage of the wood
. It protects the wood from the inside, makes it more resistant and revitalizes the
structure.

To avoid time-consuming re-oiling and to simplify cleaning, a hot wax (carnauba beeswax) is
applied in a wafer-thin layer and polished in. Without clogging the pores, the wax forms a bond with the wood. The balanced combination of plant waxes and oils results in a
closed, non-slip and non-slip surface.

The prerequisite for the FISCHER-SYSTEM is very good sanding of the wood surface.
As no coating is created during this process, no sanding marks should be visible after fine sanding (grain
150). For
this purpose, Fischer process engineering uses state-of-the-art machines for coarse and fine sanding, for both new and
renovated parquet.

.

Oil-wax treated surfaces are easy to maintain and offer an
allergy-free, pleasant and healthy indoor climate.