GEWA Cases Shell Technology | All the different variations of GEWA Cases and our Technology скачать в хорошем качестве

GEWA Cases Shell Technology | All the different variations of GEWA Cases and our Technology

WOOD The traditional way of manufacturing a case. Single plies of veneer are crosslaminated under pressure and heat in a mold. After drying of the glue the shell stays in shape. Properties: Very high torsional strength, medium weight, medium thermal insulation, very good puncture and impact resistance. THERMOSHELL Liquid 2K-PUR foam is injected under heat into a mold. After expanding and curing, the shell can be lined on the inside. On the outer usually a water resistant layer is used. Even wood screws can be xed in this dense and hard material. By adjusting the two chemical components the mechanical properties can be adjusted. Properties: High torsional strength, very low weight, outstanding thermal insulation, medium puncture/impact resistance. POLYFOAM Hard Polystyrol material is inserted into a rm mold. Steam and gas-air mix in ates the material and heatseals the components. After curing the shell is reinforced with wooden inserts and frames at pressure points. Properties: High torsional strength (with wood frame), extreme low weight, outstanding thermal insulation, good puncture and impact resistance. BIO|S Flax fiber sheets are pressed with high forces and steam into a hot mold, where it is formed and laminated with the outer lining. Properties: medium torsional strength, low weight, medium thermal insulation, medium puncture/impact protection. FIBERGLASS Fiberglass sheets are saturated with liquid resin and layered in a criss-cross pattern into a negative mold. After drying, the shell stays in shape. Properties: High torsional strength, low weight, medium thermal insulation properties, excellent puncture and impact resistance. TITANIUM | X-LITE Carbon ber sheets and Fiberglass sheets are saturated with liquid resin and combined with an industry process. After drying, these materials are inseparable. Properties: high torsional strength, ultra low weight, medium thermal insulation, outstanding puncture and impact resistance. CARBON 100 % carbon ber sheets are saturated with liquid resin and arranged in a speci c industry process in a negative mold. After curing, a shell emerges in every aspect extraordinary in every way. Carbon bers are used wherever requirements reach extreme levels in terms of low mass and high strength. Properties: Highest torsional strength, lowest achievable weight, medium thermal insulation, extreme puncture and impact resistance. ARAMID 100% aramid ber sheets are saturated with liquid resin and arranged in a speci c patented process in a negative mold. After curing, the shell is extraordinary in every aspect. Aramid bers are preferably used in safety technology for e.g. in bulletproof vests for operator protection. Properties: Highest torsional strength, extremely low weight, medium thermal insulation, highest achievable puncture and impact resistance. AIR The latest development in shell technology. The outer and inner layers are formed independently from each other. In a patented process, the two layers are held apart and liquid 2K-foam is injected into the cavity. While curing, the composite expands and solidi es, lling all holes and gaps. Properties: very high torsional strength, very low weight, outstanding thermal insulation, extreme puncture and impact resistance. #gewastrings #gewacases #shelltechnology