NecuronĀ® Type |
Main application areas: |
Main physical features: |
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- lay-up patterns and tools
- deep-draw dies
- RIM-tools
- vac form tools
- carbon fiber lay-up tools
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- very high temperature resistance
- low coefficient of thermal expansion
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- lay-up patterns and tools
- deep-draw dies
- RIM-tools
- vac form tools
- carbon fiber lay-up tools
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- extremely high temperature resistance
- extremely low coefficient of thermal expansion
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- prepreg lay up tools
- vac form tools
- laminating patterns and tools
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- Epoxy board
- very high temperature resistance
- very low coefficient of thermal expansion
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- master and copy models
- styling- and design models
- wind tunnel and water channel models
- lay-up tools
- cubing and data models
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- excellent processing properties
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- high Shore D
- low coefficient of thermal expansion
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- tools for serial production of small batch sizes (e.g. draw die moulds and foam moulds)
- laminating tools, models and patterns
- RIM-tools
- vacuum forming, deep-draw dies
- bed for casted punch, made of low melting point metal alloys
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- very high temperature resistance
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- fixtures and gauges
- master and copy models
- models with high mechanical stress
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- excellent physical properties
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- fixtures and gauges
- tools for serial production of small batch sizes (e.g. draw die moulds and foam moulds)
- master and copy models
- galvano models with high mechanical stress
- foundry models with high mechanical stress
- lay-up tools
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- good temperature resistance
- very low coefficient of thermal expansion
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- hammer form and flanging tools
- foundry models with high mechanical stress
- foundry assemblies and core boxes
- sheet metal forming tools and metal bending tools for thin sheet metal
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- high flexural strength, compressive strength and abrasion resistance
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- hammer form and flanging tools
- foundry models with high mechanical stress
- foundry assemblies and core boxes
- sheet metal forming tools and metal bending tools for thin sheet metal
- design models
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- very high flexural strength, compressive strength and abrasion resistance
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- foundry models requiring high mechanical values for a high number of shots
- core boxes
- RIM-tools
- sheet metal forming tools
- gauges
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- extremely high abrasion resistance
- very low coefficient of thermal expansion
- elevated heat resistance
- polishable
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- sheet metal forming tools / draw dies (up to 1.5 mm sheet metal thickness drawing depths of approx. 60 mm per stroke are possible)
- hammer form and flanging tools
- foundry assemblies (for hand and machine forming processes)
- master and copy models, design models
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- very high flexural strength, compressive strength and abrasion resistance
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- design models
- fixtures and gauges
- tools for serial production of small batch sizes (e.g. draw die moulds and foam moulds)
- master and copy models
- foundry assemblies
- vac form tools
- deep-draw dies
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- aluminium filled
- good temperature resistance
- low coefficient of thermal expansion
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