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High-strength non-delaminating template based on hot press molding and preparation method of high-strength non-delaminating template
The invention provides a high-strength non-delaminating template based on hot press molding and a preparation method of the high-strength non-delaminating template. Since the length direction of a wattle is consistent with the growth direction of wood, and the height direction of a wattle is consistent with the growth direction of the wood, so that a plate core is respectively consistent with axial tube cells in the growth direction of the wood along the height direction of the long wide surface of the vertical wattle and the length direction of the wattle and is less in deformation, so that a delaminating phenomenon does not occur to the interior of the processed plate core, the processed plate core is high in modulus, and the formed template is free from warping deformation; since continuous fiber directions of adjacent continuous fiber reinforced preimpregnation slices are laid in a staggered manner, the fiber direction of at least one layer of continuous fiber reinforced preimpregnation slices is the same as the width direction of the plate core, so that the longitudinal and transverse mechanical properties of the template can be enhanced at the same time.
High-strength non-delaminating template based on hot press molding and preparation method of high-strength non-delaminating template
The invention provides a high-strength non-delaminating template based on hot press molding and a preparation method of the high-strength non-delaminating template. Since the length direction of a wattle is consistent with the growth direction of wood, and the height direction of a wattle is consistent with the growth direction of the wood, so that a plate core is respectively consistent with axial tube cells in the growth direction of the wood along the height direction of the long wide surface of the vertical wattle and the length direction of the wattle and is less in deformation, so that a delaminating phenomenon does not occur to the interior of the processed plate core, the processed plate core is high in modulus, and the formed template is free from warping deformation; since continuous fiber directions of adjacent continuous fiber reinforced preimpregnation slices are laid in a staggered manner, the fiber direction of at least one layer of continuous fiber reinforced preimpregnation slices is the same as the width direction of the plate core, so that the longitudinal and transverse mechanical properties of the template can be enhanced at the same time.
High-strength non-delaminating template based on hot press molding and preparation method of high-strength non-delaminating template
CHEN DAHUA (Autor:in) / FAN XINYU (Autor:in) / SUN YAJIE (Autor:in) / HUANG YOUPING (Autor:in) / MENG SHANSHAN (Autor:in) / LIU LING (Autor:in) / WANG LI (Autor:in)
30.12.2015
Patent
Elektronische Ressource
Englisch
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