stabilized woods

Stable and natural

Birch 100

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 110

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 120

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 130

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 140

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 150

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Birch 160

Type: Stabilized
Density: 1210 Kg/m³
Heat resistance: No
Food contact: No

Poplar 100

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 110

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 120

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 130

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 140

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 150

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Poplar 170

Type: Stabilized
Density: 1170 Kg/m³
Heat resistance: No
Food contact: No

Our stabilized woods are high-quality materials used in high-end handcrafted knife making.

Manufactured by injecting thermosetting resins into wood, this process creates a sealed material that preserves the beauty and warmth of natural wood while enhancing its properties, providing greater hardness, waterproofness, and resistance.

Characteristics

While preserving the aesthetic qualities and high quality of the natural wood used as the base material, we create a water-repellent material that is resistant to temperature changes.

Composition

65–70% wood and 35–30% thermosetting resin, with or without colour.

Specific weight: 1.35 g/cm³.

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