IPE/IPN
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Mae trawst IPE, a elwir hefyd yn drawst I neu drawst cyffredinol, yn drawst dur hir gyda chroestoriad tebyg i'r llythyren “I”. It is primarily used in architectural and structural engineering applications to provide support and stability to buildings and other structures. IPE beams are designed to resist bending and support heavy loads, making them a versatile choice for a variety of construction projects.Commonly used in building frames, industrial structures, bridges
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DIN I-siâp Dur ISEL CARBON H IPE IPE IPN Q195 Q235 Q345B Dur Proffil I Trawst
The IPN beam, also known as an IPE beam, is a type of European standard I-beam with a specifically designed cross-section that includes parallel flanges and a slope on the inner flange surfaces. These beams are commonly used in construction and structural engineering for their strength and versatility in providing support for various structures such as buildings, bridges, and industrial facilities. Maent yn adnabyddus am eu capasiti dwyn llwyth uchel ac fe'u defnyddir yn helaeth mewn amrywiaeth o gymwysiadau oherwydd eu perfformiad dibynadwy.
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Safon Ewropeaidd I Beam Ipn Trawst 100 mm 20mm S235JR A36 S275JR SS400 I BEAM
The IPN beam, also known as an IPE beam, is a type of European standard I-beam with a specifically designed cross-section that includes parallel flanges and a slope on the inner flange surfaces. These beams are commonly used in construction and structural engineering for their strength and versatility in providing support for various structures such as buildings, bridges, and industrial facilities. Maent yn adnabyddus am eu capasiti dwyn llwyth uchel ac fe'u defnyddir yn helaeth mewn amrywiaeth o gymwysiadau oherwydd eu perfformiad dibynadwy.
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En-i-siâp dur crossmembers i-beam dyletswydd trwm ar gyfer tryc
ENIMae dur siâp-a elwir hefyd yn drawst IPE, yn fath o drawst I safon Ewropeaidd gyda chroestoriad a ddyluniwyd yn benodol sy'n cynnwys flanges cyfochrog a llethr ar yr arwynebau fflans fewnol. Defnyddir y trawstiau hyn yn gyffredin mewn adeiladu a pheirianneg strwythurol ar gyfer eu cryfder a'u amlochredd wrth ddarparu cefnogaeth i strwythurau amrywiol fel adeiladau, pontydd a chyfleusterau diwydiannol. Maent yn adnabyddus am eu capasiti dwyn llwyth uchel ac fe'u defnyddir yn helaeth mewn amrywiaeth o gymwysiadau oherwydd eu perfformiad dibynadwy.