Furniture siamna leh architectural decoration-a hmanraw hmanlai ber zinga mi, solid wood board te hian an structure danglam tak avangin taksa lam thil leh aesthetic value thlak danglam theih loh an nei a ni.Artificial board ang lo takin, gluing leh lamination hmanga siam a ni a, solid wood board hian thing original growth grain leh cellular structure chu a vawng reng a ni. He naturally occurring material property hian chakna, stability, leh environment friendliness lamah hlawkna nasa tak a pe a ni.
Microscopic lam atanga thlir chuan solid wood boards hi tubular cell chhiar sen loh atanga siam a ni a, thing chu a lo thang lian zel laiin natural takin a lo piang a, a inrem bawk. Longitudinally arranged vascular cells te hian tui phurh hna an thawk a, transversely distributed wood fibers te hian primary structural support an pe thung. He anisotropic cellular arrangement hian solid wood board-te hian grain-grain zawh zawng zawngah physical property-ah danglamna nasa tak an lantir chhan a sawifiah a, chu chu grain sir zawng zawng aiin grain-ah tensile strength a let sawmin a sang zawk a ni. Microscope-ah chuan coniferous thing hian cell arrangement inang leh mumal tak a lantir a, hardwood thing erawh chuan vascular distribution leh growth ring pattern complex zawk a lantir thung. Heng microscopic danglamna te hian thing chi hrang hrang atanga solid wood board te hnathawh dan hnuhnung ber chu direct takin a nghawng a ni.
Solid wood board-a macroscopic structural characteristics hi a bul berah chuan tissue pangngai, growth ring, pith, leh sapwood-ah te a lang chiang hle. Growth rings chu thing pakhat kum tin a lo thang lian zel chhunga concentric ring siam a ni. An density leh colour danglamna hian thing kum a record mai bakah thing mechanical property leh processing characteristics direct-in a nghawng bawk. A tlangpuiin, dense leh fine growth rings hian density leh strength sang zawk a kawk a, wide leh sparse growth rings hian growth environment tha tak mahse material soft deuh a kawk thung. Pith hi trunk lai takah awmin, cell hmasa ber berte atanga siam, hmun mumal lo tak a ni. He material hmun hi a deformation duh zawk fo a, a chakna pawh a hniam zawk. Sapwood leh heartwood thliar hran hi a pawimawh ve ve. Sapwood hi a rawng a hring zawk a, tui a tam zawk avangin hnathawh a awlsam zawk a; heartwood erawh chuan extractives a pai tam zawk a, chu chuan a rawng a dum zawk a, a chhe thei lo zawk bawk.
Thil siamna lamah chuan solid wood board-te structural integrity hi a tam zawk chu logs-te sawn dan a\\angin a innghat a ni. Common tangential sawing method hian chevron grain mawi tak a siam a, mahse stability tha lo tak a tuar a, quarter-sawn method erawh chuan straighter grain nei board stable zawk a siam thung. Tunlai solid wood board siamna atana hman thin finger-jointing hian a tawp lamah thing chi hrang hrang te inzawmkhawmin a sei zawng a tizau a, thing solid characteristics chu a humhim a, chutih rualin dimensional stability a ti tha bawk. Laminated solid wood technology hian anisotropy avanga deformation awm chu a offset tha hle a, grain perpendicular panel te tak te layer tam tak a inzawm khawm a, a press bawk. He structural innovation hian solid wood panels te chu furniture lian zawkah hman theih a ni.
Solid wood panel-te structural property hian an hnathawh dan a hril nghal vek a ni. High{1}}density cellular structure hian solid wood panels te chu load-bearing capacity tha tak a pe a, solid wood panels uluk taka vawt chuan condition pangngai hnuaiah dimensional stability tha tak a lantir bawk. Mahse, thing natural anisotropy hian hman dik loh emaw, boruak tihdanglam emaw hian warping leh cracking ang chi harsatna a thlen thei tihna a ni bawk. Solid wood panels structural characteristics hriatthiamna hian thing chi hrang hrang thlan dan leh processing methods te a ti tha thei hle. Entirnan, thinghnah bula chakna sang tak nei chu load-bearing components atan hman theih a ni a, thinghnah mawi tak nei thing chu decorative surface atan hman theih a ni thung. Tunlai thing siam danglam dan, heat treatment leh chemical impregnation te hian thing microstructure chu a moisture leh insect resistance tichak turin a siam danglam thin.
Sustainable development lam atanga thlir chuan solid wood panels te natural structure hian environment tichhe lo ber building materials zinga mi a ni. Renewable resource a nih angin thing hian carbon dioxide a hip lut a, a than chhoh zelnaah oxygen a chhuah tir a, a cellular structure-a pores te hian indoor humidity pawh a tidanglam thei bawk. Advanced drying leh anti-corrosion technology hman a nih avangin tunlai solid wood panel-te structural stability chu nasa takin tihchangtlun a ni a, an service life pawh kum sawm tam tak a tling thei a ni. Nakin lawkah chuan thing cell structure chungchanga zirchianna thuk zawk kan neih chuan solid wood panels, performance tha zawk nei thei tur, tunlai nun mamawh hrang hrangte phuhruk ruala an natural beauty vawng reng thei tur kan siam chhuah beisei a ni.
