TYPE TF/TF6-1DSLA TYPE TF/TF6-1DSLA:The nozzle is suitable for moulding on sprues or directly in cavities, leaving a small sprue on the moulded piece. The nozzle is suitable for moulding materials with abrasive fillers. Unlike the TF-1 nozzle, the machining of the die seal can be carried out from the mould cavity side. The tip strengthened allows the execution of larger sprues. The circular witness mark of the tip will remain on the moulded part. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select:
TYPE TF/TF6-1DSLU TYPE TF/TF6-1DSLU:The nozzle is suitable for moulding on sprues or directly in cavities, leaving a small sprue on the moulded piece. The nozzle is suitable for moulding materials with abrasive fillers. Unlike to the TF-1 nozzle, the machining of the die to seal can be carried out from the mould cavity side. The tip strengthened allows the execution of larger sprues. With the respect to the TF-1DSLA nozzle, the tip is longer and can be shaped to follow the profile of the moulded part. The circular witness mark of the tip will remain on the moulded part. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select:
TYPE TF/TF6-2 TYPE TF/TF6-2: The nozzle is suitable for moulding on sprues or directly in cavities, however leaving marked evidence of the injection point. The nozzle is not suitable for moulding materials that tend to drool but can be used with all other polymers, also abrasive fillers. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select: 2D/3D drawings download - Bushing YOU MUST FILL IN THE FIELD TYPE BUSHING Type Bushing: Nozzle bushing can be normal or conditioned. Select: Conditioned Not conditioned YOU MUST FILL IN THE FIELD BUSHING LENGTH Bushing Length: Conditioned bushing are without spacers and they are provided in 2 standard lenghts. Select YOU MUST FILL IN THE FIELD SPACER HEIGHT Spacer Height: Spacers can be used when it is required to have a bushing longer than the standard ones. Spacers cannot be used with conditioned bushings. Select
TYPE TF/TF6-2P TYPE TF/TF6-2P: The nozzle can be used to inject onto the sprue directly in the cavity, however leaving marked evidence of the injection point. The nozzle is particularly suitable for moulding materials that tend to drool. It is suitable for moulding materials with abrasive fillers. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select: 2D/3D drawings download - Bushing YOU MUST FILL IN THE FIELD TYPE BUSHING Type Bushing: Nozzle bushing can be normal or conditioned. Select: Conditioned Not conditioned YOU MUST FILL IN THE FIELD BUSHING LENGTH Bushing Length:Conditioned bushing are without spacers and they are provided in 2 standard lenghts. Select YOU MUST FILL IN THE FIELD SPACER HEIGHT Spacer Height: Spacers can be used when it is required to have a bushing longer than the standard ones. Spacers cannot be used with conditioned bushings. Select
TYPE TF/TF6-2DSTD TYPE TF/TF6-2DSTD: The nozzle is suitable for moulding parts where good gate vestige is not required. The die can be machined to seal the nozzle from the mould cavity side. The circular mark of the tip will remain on the moulded part. For materials with high fluidity only. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select: 2D/3D drawings download - Bushing YOU MUST FILL IN THE FIELD TYPE BUSHING Type Bushing: Nozzle bushing can be normal or conditioned. Select: Conditioned YOU MUST FILL IN THE FIELD BUSHING LENGTH Bushing Length: Conditioned bushing are without spacers and they are provided in 2 standard lenghts. Select
TYPE TF/TF6-2DSPR TYPE TF/TF6-2DSPR: The nozzle is suitable for moulding on sprues or directly in cavities, leaving a small sprue on the moulded piece. The die can be machined to seal the nozzle from the mould cavity side. The circular mark of the tip will remain on the moulded part. The nozzle is not suitable for moulding materials that tend to drool. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select: 2D/3D drawings download - Bushing YOU MUST FILL IN THE FIELD TYPE BUSHING Type Bushing: Nozzle bushing can be normal or conditioned. Select: Conditioned YOU MUST FILL IN THE FIELD BUSHING LENGTH Bushing Length: Conditioned bushing are without spacers and they are provided in 2 standard lenghts. Select
TYPE TF/TF6-2DSLA TYPE TF/TF6-2DSLA: The nozzle is suitable for moulding on sprues or directly in cavities, leaving a small sprue on the moulded piece. The die can be machined to seal the nozzle from the mould cavity side. With respect to the TF-2DSPR, the tip has been strengthened to allow the execution of larger sprues. The circular mark of the tip will remain on the moulded part. The nozzle is not suitable for moulding materials that tend to drool. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter:Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select:
TYPE TF/TF6-2DSLU TYPE TF/TF6-2DSLU: Nozzle suitable for moulding on sprues or directly in cavities, leaving a small sprue on the moulded piece. The die can be machined to seal the nozzle from the mould cavity side. The tip strengthened allows the execution of larger sprues. The circular mark of the tip will remain on the moulded part. The nozzle is not suitable for moulding materials that tend to drool. With the respect to the TF-2DSLA nozzle, the tip is longer and can be shaped to follow the profile of the moulded part. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select:
TYPE TD/TD6-2 TYPE TD/TD6-2: Nozzle suitable for injection on sprues or when the injection point vestige is not important. Not suitable for polymers that drool easily. If compared with F series nozzles, TD nozzles have the sealing area on the external body rather than the tip and requires less accurate machining of the seat. Catalogue Multicavity nozzle Single nozzle YOU MUST FILL IN THE FIELD NOZZLE DIAMETER Nozzle diameter: Diameter of the nozzle seat Select: nascosto 2D/3D drawings download - Nozzle YOU MUST FILL IN THE FIELD HEATER YOU MUST FILL IN THE FIELD LENGTH Heater wire exit: Heater wire exit can be on the top or in the middle of the nozzle. Heater wire exit in the middle allows the replacement of heater whilst the mould is assembled on the injection device. Select: Nozzle length: Distance in the mould between the lower surface of the nozzle head and the injection gate. The gate is at the end of the nozzle and the beginning of the moulded piece. Select:
