The Solid Timber Manual 2.0 is a detailed reference work for architects, planners, builders as well as performers and investors interested in solid wood construction solutions. In the new version, the components were not only evaluated for sound technology, but also the sound inroads via flanked components and component connections were taken into account. All superstructures as well as a sophisticated selection procedure can be found in our online database at www.massivholzhandbuch.com/en. There you will also find detailed documents as well as drawings for the desired selection. SOLID TIMBER MANUAL 2.0 As a binderholz customer, you benefit from comprehensive advice and well-founded service. This is ensured by the experienced experts of our high-performance technical department. Our qualified engineers and construction technicians provide you with competent support in all questions of statics and construction, building physics and fire protection. Thanks to many years of experience and intensive research and development work, they are always one step ahead and not just at the latest state of the art. ENGINEERING | TECHNICAL ADVICE Our offered services • Advice on all constructive binderholz solid wood products and their application possibilities • Static, building physics and fire engineering construction solutions and component evaluations based on our Solid Timber Manual 2.0 • Individual project consulting by highly qualified employees in the back-office and in the field with technical project consulting, who will also visit your site if required • Advice on supplementary construction, sealing and connection materials • Product-specific support for creating performance directories • We draw and work on state-of-the-art 3D CAD-CAM systems • Optimised planning process through Building Information Modeling BIM Our services subject to payment • Work plans based on submission or polishing plans include the following services: Supportive coordination and communication with other trades or executing companies Incorporation of execution details according to building statics such as component dimensions, details of attachment and connection tools, etc. Incorporation of building physics details such as soundproof bearings, etc. Induction of electrical and building technology planning, etc. on 2D or 3D plan basis Output of floor plans and cross-sections • Assembly plans for the construction of the solid wood shell (floor plans and cross-sections, 2D and 3D representations) • 3D representations of the individual construction phases (axonometry) • Loading plans for solid wood components
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