International Scientific Journals
of Scientific Technical Union of Mechanical Engineering "Industry 4.0"

In recent years, 3D printing has gradually appeared in people’s field of vision. The addition of wood in thermoplastics improve their some mechanical properties such as tensile and bending modulus without affecting its biodegradability. The decrease in the cost of filaments may enlarge the utilization of biodegradable filaments after the disposal in near future. Small-scale elements used in furniture production, such as connector fittings or fasteners for shelves, may give functional and structural properties without significant investment. 3D-printed connections are suitable when the the production complex shaped connectors and quick disassembly are required, to reduce the product’s weight and price

In this study, the effect of using different ratios of rock wool on the mechanical and physical properties of OSB (Oriented strandboard) boards, according to the place of use and properties of OSB. For this purpose, 18 mm x1220 mm x2440 mm (control, A1, A2, A3) at a density of 600 kg/m³ using rock wool in three different (10-20-30%) ratios, in proportion to the weight of the middle layer of the chipboard obtained from 100% maritime pine (Pinus maritima) wood. OSB/2 test boards were produced. OSB/2 test boards obtained as a result of using different proportions of rock wool were tested according to the relevant standards. According to the test results, when the mechanical and physical properties (tensile strength in the vertical direction, bending resistance, modulus of elasticity, swelling properties and free formaldehyde values) are compared with the control board, it has been determined that 10-20% rock wool can be used in the production of OSB/2 boards to be used as insulation board. Accordingly, rock wool reinforced composite OSB boards can be preferred as insulation boards in the wood panel industry.