SZ
CE Certificate
ITEM | UNIT | SZ—1700A | ||
INJECTION UNIT | ||||
SCREW DIAMETER | mm | 45 | 50 | 55 |
SCREW LID RATIO | L/D | 23.3 | 21 | 19.1 |
THEORETICAL SHOT VOLUME | CM3 | 358 | 442 | 534 |
SHOT WEIGHT(PS) | g | 326 | 402 | 486 |
INJECTION PRESSURE | Mpa | 219 | 178 | 147 |
THEORETICAL INJECTION RATE(PS) | g/s | 142 | 175 | 212 |
PLASTICISING CAPACITY | g/s | 20.1 | 26.5 | 34.2 |
SCREW TORQUE | N.m | 1250 | ||
MAX.SCREW ROTATE SPEED | r/min | 200 | ||
INJECTION STROKE | mm | 225 | ||
CLAMPING UNIT | ||||
MAX.CLAMPING FORCE K | KN | 1700 | ||
MAX.OPENING STROKE | mm | 460 | ||
SPACE BETWEEN TIE BARS | mm | 480×480 | ||
MOULD HEIGHT | mm | 180-500 | ||
MAX.DAYLIGHT | mm | 960 | ||
EJECTOR FORCE | KN | 45.2 | ||
EJECTOR STROKE | mm | 115 | ||
EJECTOR QUANTITY | 5 | |||
OTHER | ||||
PUMP MOTOR POWER | KW | 15 | ||
PUMP PRESSURE | Mpa | 16 | ||
HEATING POWER | KW | 13.6 | ||
HEATING ZONE | 4 | |||
SIZE | m | 5.3×1.35×1.9 | ||
NET WEIGHT | t | 5.6 | ||
OIL TANK CAPACITY | L | 420 | ||
INTERNATIONAL DESIGNATION | 1700—785 | |||
The Plastic Mould for Thin-wall Injection Molding is an advanced manufacturing tool designed to produce plastic parts with precision and efficiency. It features a sophisticated design that allows for the creation of thin-walled products, which are crucial in various industries for their lightweight, cost-effective, and functional characteristics.
Key Benefits Include:
High Accuracy: The mould ensures consistent dimensions and shapes across a large number of parts, leading to superior product quality.
Precise Design: It can handle complex geometries and cavities, making it suitable for a wide range of applications.
Durable Construction: Constructed from high-quality materials, the mould provides long-term reliability and durability.
Efficient Production: The mould facilitates fast and efficient production processes, reducing lead times and costs.
Customized Solutions: It can be customized to meet specific industry requirements or part specifications.
Technical Specifications:
Material: Durable steel alloy for enhanced performance and longevity.
Cavity Configuration: Variable cavity sizes to accommodate different part dimensions.
Injection System: Advanced injection system for precise material delivery.
Heating & Cooling Systems: Integrated heating and cooling systems to maintain optimal mold temperature for consistent part quality.
Clamping Mechanism: Sturdy clamping mechanism to secure molds during the injection process.
The Plastic Mould for Thin-wall Injection Molding is widely used in sectors such as automotive, consumer goods, medical devices, and electronics due to its ability to produce parts with minimal wall thickness while maintaining structural integrity.
Five elements of injection molding process parameters
1.Injection Pressure
2.Injection time
3.Molding Temperature
4.Holding Pressure Pressure and time
5.Back Back Pressure
CE Certificate
ITEM | UNIT | SZ—1700A | ||
INJECTION UNIT | ||||
SCREW DIAMETER | mm | 45 | 50 | 55 |
SCREW LID RATIO | L/D | 23.3 | 21 | 19.1 |
THEORETICAL SHOT VOLUME | CM3 | 358 | 442 | 534 |
SHOT WEIGHT(PS) | g | 326 | 402 | 486 |
INJECTION PRESSURE | Mpa | 219 | 178 | 147 |
THEORETICAL INJECTION RATE(PS) | g/s | 142 | 175 | 212 |
PLASTICISING CAPACITY | g/s | 20.1 | 26.5 | 34.2 |
SCREW TORQUE | N.m | 1250 | ||
MAX.SCREW ROTATE SPEED | r/min | 200 | ||
INJECTION STROKE | mm | 225 | ||
CLAMPING UNIT | ||||
MAX.CLAMPING FORCE K | KN | 1700 | ||
MAX.OPENING STROKE | mm | 460 | ||
SPACE BETWEEN TIE BARS | mm | 480×480 | ||
MOULD HEIGHT | mm | 180-500 | ||
MAX.DAYLIGHT | mm | 960 | ||
EJECTOR FORCE | KN | 45.2 | ||
EJECTOR STROKE | mm | 115 | ||
EJECTOR QUANTITY | 5 | |||
OTHER | ||||
PUMP MOTOR POWER | KW | 15 | ||
PUMP PRESSURE | Mpa | 16 | ||
HEATING POWER | KW | 13.6 | ||
HEATING ZONE | 4 | |||
SIZE | m | 5.3×1.35×1.9 | ||
NET WEIGHT | t | 5.6 | ||
OIL TANK CAPACITY | L | 420 | ||
INTERNATIONAL DESIGNATION | 1700—785 | |||
The Plastic Mould for Thin-wall Injection Molding is an advanced manufacturing tool designed to produce plastic parts with precision and efficiency. It features a sophisticated design that allows for the creation of thin-walled products, which are crucial in various industries for their lightweight, cost-effective, and functional characteristics.
Key Benefits Include:
High Accuracy: The mould ensures consistent dimensions and shapes across a large number of parts, leading to superior product quality.
Precise Design: It can handle complex geometries and cavities, making it suitable for a wide range of applications.
Durable Construction: Constructed from high-quality materials, the mould provides long-term reliability and durability.
Efficient Production: The mould facilitates fast and efficient production processes, reducing lead times and costs.
Customized Solutions: It can be customized to meet specific industry requirements or part specifications.
Technical Specifications:
Material: Durable steel alloy for enhanced performance and longevity.
Cavity Configuration: Variable cavity sizes to accommodate different part dimensions.
Injection System: Advanced injection system for precise material delivery.
Heating & Cooling Systems: Integrated heating and cooling systems to maintain optimal mold temperature for consistent part quality.
Clamping Mechanism: Sturdy clamping mechanism to secure molds during the injection process.
The Plastic Mould for Thin-wall Injection Molding is widely used in sectors such as automotive, consumer goods, medical devices, and electronics due to its ability to produce parts with minimal wall thickness while maintaining structural integrity.
Five elements of injection molding process parameters
1.Injection Pressure
2.Injection time
3.Molding Temperature
4.Holding Pressure Pressure and time
5.Back Back Pressure
