A composite core with natural fibers, microfibrillated cellulose, and inorganic material cuts panel swelling and improves strength in thin coverings.
A transverse sliding unit lets a chipper rotor disc adjust cutting length precisely while maintaining stable contact and reducing wear.
Compression-molded inner and outer composite blocks cut pallet weight while improving resistance to forklift tine damage.
Nested inner and outer composite blocks cut pallet weight and wood use while resisting forklift tine damage and preserving strength.
Spent mushroom substrate is processed into a chitin-rich binder for hot-pressed particle boards that cut VOC emissions while maintaining bonding strength.
Continuous block feeding and fixed nailing remove mould adjustments, cut inertia, and improve pallet assembly speed and alignment.
Built-in stud receivers, plate channel, and fastener alignment reduce wall framing errors, time, and physical strain.
Controlled polylysine crosslinking enables fibreboards to cure at 160°C with 9 sec/mm press time while retaining bond strength and stiffness.
Steam-softened flat wood fiber panels are roller-formed and cooled on site to create rigid corrugated shapes with lower logistics effort.