Resysta Technology&Characteristics

Technique&Characteristics

Anyone working with wood will be enthused about Resysta. Like its natural model it can be sawn, drilled, painted, sanded or oiled. However, there is one decisive advantage: Resysta does neither crack nor splinter and its cutting wastes are 100% recyclable. The different profiles of Resysta are produced in an extruderand can be used for many applications.

Material
Material	Resysta Homogenous extrusion
Raw materials used
Raw material used	Rice husks Common salt Mineral oil	approx. 60% approx. 22% approx. 18%
Material Characteristics
Thermal Conductivity		ca. 0,14W/(mK)
Density		ca. 1.200 kg/m²
Humidity behavior	Low to no humidity absorption or dimensional change
Water absorption behaviour	Low to no absorption of water or dimensional change
Extension stability	Screw extension stability according to EN 320 Extraction force axial Extraction resistance axial	4202 N 280 N/mm³
Temperature influence	Linear thermal coefficient of expansion	3,6x10(-5) 1/K
Chemical Resistance	According to DIN68861 – Part 1 Correspondingly higher with suitable surface treatment Advantage: lower penetration, regrinding possible	1C
Fire behaviour	Fire Rating Class A
Emission	LGA tested (requirements fulfilled) Formaldehyde emission PCP (pentachlorophenol) TeCP (tetrachlorophenol) DEHP (Di-ethylhexylphtalate) BBP (Benzylbutylphtalate) DBP (Di-n-butylphtalate) PAH (Polycyclic aromatic hydrocarbons) skin contact under 30 sec. total PAH (Polycyclic aromatic hydrocarbons) skin contact under 30 sec. benzo(a)pyrene Cadmium	< 0.01 ppm < 0,5 mg/kg < 0,5 mg/kg < 0.05% < 0.05% < 0.05% 10 mg/kg 1 mg/kg 0.005%
Processing
Work	Like wood with wood processing machines Cutting, milling, drilling, sanding, gluing, screwing
Surface treatment	Applying original Resysta stain and 2K sealer with brush.