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Standard parts for mold making: Sprue nozzles
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Hot runner nozzle
Hot runner nozzles
Standard hot runner nozzles for direct gating from 0.0189 to 5 kg per nozzle.
If required, the modular nozzle design allows quick replacement of components. The two-stage shaft (patented) with varying design...
Standard hot runner nozzles for direct gating from 0.0189 to 5 kg per nozzle.
If required, the modular nozzle design allows quick replacement of components. The two-stage shaft (patented) with varying design...
Hot runner nozzle
Hot runner nozzles
Standard hot runner nozzles for direct gating from 0.0189 to 5 kg per nozzle.
If required, the modular nozzle design allows quick replacement of components. The two-stage shaft (patented) with varying design features assures outstanding insulation in the front area of the shaft and guarantees the lowest possible heat loss between hot runner nozzle and cavity.
The individual nozzles of the series SET and DET, due to their extended nozzle head with increased heating output, are also suitable for applications with thermally sensitive materials. This means problem-free processing of technical high-temperature plastics.
Standard hot runner nozzles for multiple systems are also suitable for processing of technical plastics. In case of lined materials (e.g. glass fibres), nozzle tips made from a hard metal alloy with excellent thermal conductivity offer the best possible protection against wear.
Standard hot runner nozzles for direct gating from 0.0189 to 5 kg per nozzle.
If required, the modular nozzle design allows quick replacement of components. The two-stage shaft (patented) with varying design features assures outstanding insulation in the front area of the shaft and guarantees the lowest possible heat loss between hot runner nozzle and cavity.
The individual nozzles of the series SET and DET, due to their extended nozzle head with increased heating output, are also suitable for applications with thermally sensitive materials. This means problem-free processing of technical high-temperature plastics.
Standard hot runner nozzles for multiple systems are also suitable for processing of technical plastics. In case of lined materials (e.g. glass fibres), nozzle tips made from a hard metal alloy with excellent thermal conductivity offer the best possible protection against wear.
Hot runner nozzle - OktaFlow®
Special nozzles
Multi-tip nozzlesg
The hot-runner nozzles for side gating give you the ideal scope in designing your hot-runner systems. Special attention was paid therefore to cost effectiveness and simple maintenance, for example hot-runner nozzle OktaFlow® with undivided inserts! Optional: Nozzle tips...
Multi-tip nozzlesg
The hot-runner nozzles for side gating give you the ideal scope in designing your hot-runner systems. Special attention was paid therefore to cost effectiveness and simple maintenance, for example hot-runner nozzle OktaFlow® with undivided inserts! Optional: Nozzle tips...
Hot runner nozzle - OktaFlow®
Special nozzles
Multi-tip nozzlesg
The hot-runner nozzles for side gating give you the ideal scope in designing your hot-runner systems. Special attention was paid therefore to cost effectiveness and simple maintenance, for example hot-runner nozzle OktaFlow® with undivided inserts! Optional: Nozzle tips...
Multi-tip nozzlesg
The hot-runner nozzles for side gating give you the ideal scope in designing your hot-runner systems. Special attention was paid therefore to cost effectiveness and simple maintenance, for example hot-runner nozzle OktaFlow® with undivided inserts! Optional: Nozzle tips...
Needle valve nozzle
The needles can be moved with single valve gate nozzles and in multiple nozzle and manifold systems with
Electromagnet
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Electromagnet
...
Needle valve nozzle
The needles can be moved with single valve gate nozzles and in multiple nozzle and manifold systems with
Electromagnet
Single needle valve
Lifting plate
Sliding plate mechanism.
Special holes in the mould clamping plate allow the depth of the shut-off needles to be adjusted individually from the outside. The choice of needle actuation depends on the application, the available space and the size of the mould. Das Antriebsmedium kann elektrisch, pneumatisch oder hydraulisch ausgelegt werden.
Electromagnet
Single needle valve
Lifting plate
Sliding plate mechanism.
Special holes in the mould clamping plate allow the depth of the shut-off needles to be adjusted individually from the outside. The choice of needle actuation depends on the application, the available space and the size of the mould. Das Antriebsmedium kann elektrisch, pneumatisch oder hydraulisch ausgelegt werden.
Externally-heated sprue nozzle / for injection presses - BMD
For the plastic processing industry hotset offers with the hotspring® Machine Nozzle (type BMD - formally hotcone) the optimal possibility for...
Externally-heated sprue nozzle / for injection presses - BMD
For the plastic processing industry hotset offers with the hotspring® Machine Nozzle (type BMD - formally hotcone) the optimal possibility for...
Injection nozzle / for injection presses - hotcast®
The heated sprue nozzle brings the point of thermal separation to the mold-parting surface and eliminates the major of the sprue excess material. Cycle times decrease up to 40 % and provide better part quality.
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Injection nozzle / for injection presses - hotcast®
The heated sprue nozzle brings the point of thermal separation to the mold-parting surface and eliminates the major of the sprue excess material. Cycle times decrease up to 40 % and provide better part quality.
Up to 40% reduced cycle time
Up to 30% reduced shot size
Up to 7% increased part weight due to higher microstructure density
Improves part quality
Reduces porosity and eliminates costly sprue cone
Decreases tool costs
Traditional cold plug nozzles can be replaced by the hotcast sprue nozzle
Increased design options with new mold design e. g. smaller plate thickness
Less scrap after electro-plating finishing, e.g. improved surface
Continuous heating from goose neck to the mold
Integrates into 50T and 80T die-casting machines
Up to 40% reduced cycle time
Up to 30% reduced shot size
Up to 7% increased part weight due to higher microstructure density
Improves part quality
Reduces porosity and eliminates costly sprue cone
Decreases tool costs
Traditional cold plug nozzles can be replaced by the hotcast sprue nozzle
Increased design options with new mold design e. g. smaller plate thickness
Less scrap after electro-plating finishing, e.g. improved surface
Continuous heating from goose neck to the mold
Integrates into 50T and 80T die-casting machines