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Out Hsg PA6-GF15 plastic injection molding parts 3
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- Out Hsg PA6-GF15 plastic injection molding parts
Product size: customizedMaterial of injection product: Polyimide PEI 1000 Q/ MAT3-2012Technical requirements: burrs, sharp edges, strains, scratches, etc. are not allowed. The draft angle is within the tolerance range※Extremely resilient thermoset parts※Very high dimensional stability under heat※Extreme chemical resistance※Very good resistance to hydrolysis※High strength and stiffnessPlease note that specific Out Hsg PA6-GF15 injection molded parts products may have different features and specifications depending on the manufacturer and application needs. If you are interested in a specific Out Hsg PA6-GF15 Injection Molded Parts product, please send us a message(Email: info@ansixtech.com) at any time and our team will reply to you within 2 hours.
Product Materials:
PA6+GF15
Mold Material:
SKD61
Number of Cavities:
1*4
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
16.5s
- The moldflow analysis and NX mold design
For mold flow analysis and mold design of Out Hsg PA6-GF15 injection molded partsMold flow analysis:a. Collect the design data of Out Hsg PA6-GF15 injection molded parts, including size, shape and wall thickness.b. Establish a three-dimensional model of the Out Hsg PA6-GF15 injection molded part and import it into the mold flow analysis software.c. Set injection molding process parameters, such as injection temperature, injection pressure, injection speed, etc.d. Conduct mold flow analysis to simulate melt flow, filling, cooling, etc. during the injection molding process.e. Analyze mold flow results, evaluate filling conditions, bubbles, short shots and other defects, and make suggestions for improvement.Mold design:a. Optimize the mold structure and design based on the mold flow analysis results. For example, the shape and size of the mold cavity and mold core are adjusted to improve filling performance and cooling effects.b. Design a suitable filling system, including plastic inlet, diversion system, etc., to ensure that the plastic can fully fill the mold cavity.c. Design a suitable cooling system to improve the dimensional stability and quality of the product. Optimize the layout and design of the cooling system to improve cooling effectiveness.d. Design a suitable demoulding system, including ejector pins, ejection devices, release agents, etc., to ensure that injection molded parts can be demoulded smoothly.e. Conduct strength and stiffness analysis of the mold structure to ensure that the mold can withstand the pressure and stress during the injection molding process.f. Improve the mold details, such as cooling water holes, exhaust holes, positioning pins, etc., to improve the service life and stability of the mold.Through mold flow analysis and mold design, the injection molding process and mold structure of Out Hsg PA6-GF15 injection molded parts can be optimized to improve product quality and production efficiency. At the same time, it is also necessary to strictly abide by relevant safety regulations and operating procedures to ensure the safety of the working environment and the health of employees. 
- The moldflow analysis and NX mold design
For mold flow analysis and mold design of Out Hsg PA6-GF15 injection molded partsMold flow analysis:a. Collect the design data of Out Hsg PA6-GF15 injection molded parts, including size, shape and wall thickness.b. Establish a three-dimensional model of the Out Hsg PA6-GF15 injection molded part and import it into the mold flow analysis software.c. Set injection molding process parameters, such as injection temperature, injection pressure, injection speed, etc.d. Conduct mold flow analysis to simulate melt flow, filling, cooling, etc. during the injection molding process.e. Analyze mold flow results, evaluate filling conditions, bubbles, short shots and other defects, and make suggestions for improvement.Mold design:a. Optimize the mold structure and design based on the mold flow analysis results. For example, the shape and size of the mold cavity and mold core are adjusted to improve filling performance and cooling effects.b. Design a suitable filling system, including plastic inlet, diversion system, etc., to ensure that the plastic can fully fill the mold cavity.c. Design a suitable cooling system to improve the dimensional stability and quality of the product. Optimize the layout and design of the cooling system to improve cooling effectiveness.d. Design a suitable demoulding system, including ejector pins, ejection devices, release agents, etc., to ensure that injection molded parts can be demoulded smoothly.e. Conduct strength and stiffness analysis of the mold structure to ensure that the mold can withstand the pressure and stress during the injection molding process.f. Improve the mold details, such as cooling water holes, exhaust holes, positioning pins, etc., to improve the service life and stability of the mold.Through mold flow analysis and mold design, the injection molding process and mold structure of Out Hsg PA6-GF15 injection molded parts can be optimized to improve product quality and production efficiency. At the same time, it is also necessary to strictly abide by relevant safety regulations and operating procedures to ensure the safety of the working environment and the health of employees.
- The mold manufacturing process and product material selection
The mold manufacturing process and product material selection of Out Hsg PA6-GF15 injection molded parts are key factors to ensure product quality and production efficiency.Mold manufacturing process:a. Mold design: Design the mold according to the shape, size and requirements of Out Hsg PA6-GF15 injection molded parts. Mold design includes mold structure design, filling system design, cooling system design, demoulding system design, etc.b. Material preparation: Select suitable mold material, such as tool steel or stainless steel. According to the mold design, prepare the required materials, including mold base plate, mold cavity, mold core and other parts.c. Processing mold parts: Process mold parts according to the mold design. Including cutting, milling, drilling, turning and other process operations to manufacture various parts of the mold.d. Heat treatment: Heat treatment of mold parts to improve the hardness and wear resistance of the material. Common heat treatment methods include quenching, tempering, etc.e. Assemble the mold: Assemble the processed mold parts, including the assembly of the mold base plate, mold cavity, mold core and other parts. Ensure the accuracy and stability of the mold’s structure and size.f. Debugging and mold trial: Carry out debugging and mold trial on the assembled mold. Use the injection molding machine to test the mold, observe and detect the filling performance of the mold, the size and quality of the product, etc.g. Surface treatment: Surface treatment of the mold to improve the corrosion resistance and appearance quality of the mold. Common surface treatment methods include electroplating, spraying, etc.h. Mold maintenance and upkeep: During the use of the mold, clean, lubricate and maintain the mold regularly to extend the service life of the mold. Reasonably arrange the replacement and repair of molds based on production volume and usage.Product material selection:a. Injection molding material: Out Hsg PA6-GF15 Injection molding parts are made of PA6-GF15 material, that is, polyamide 6 reinforced glass fiber 15%. This material has good strength, stiffness and wear resistance, making it suitable for demanding environmental conditions.b. Mold material: The selection of mold material should take into account the shape, size and requirements of Out Hsg PA6-GF15 injection molded parts, as well as the service life and production volume of the mold. Common mold materials include tool steel, stainless steel, etc., which have high hardness and wear resistance. 
- The production and Quality Assurance
Mass production and quality assurance of Out Hsg PA6-GF15 injection molded parts are the key to ensuring product quality and production efficiency.
Production planning and scheduling: Develop detailed production plans, including production time, quantity, delivery date, etc. According to the production plan, reasonably arrange production tasks and resources to ensure that production tasks are completed on time.
Injection molding process control: Establish strict injection molding process control, including the control of injection temperature, injection pressure, injection speed and other parameters. Through real-time monitoring and adjustment of process parameters, the dimensional accuracy and appearance quality of the product are ensured.
Raw material control: Strictly control the quality and source of raw materials. Work with reliable suppliers to ensure raw materials meet product requirements and standards. Conduct inspection and testing of raw materials to ensure stable quality of raw materials.
Production process control: Use statistical process control (SPC) methods to monitor and analyze the production process in real time. By collecting and analyzing data, abnormalities and variations in the production process are discovered and corrected in a timely manner to ensure the stability and consistency of product quality.
Inspection and testing: Inspection and testing are carried out during the production process, including raw material inspection, process inspection and finished product inspection. Use appropriate testing equipment and methods to test the size, appearance and function of the product to ensure that the product meets the requirements.
Capacity planning and scheduling: Capacity planning and scheduling are carried out according to customer needs and delivery time. Arrange production plans reasonably to ensure production tasks are completed on time.
After-sales service and customer feedback: Establish a sound after-sales service and customer feedback mechanism to handle customer problems and needs in a timely manner. Through customer feedback, understand product usage and quality issues, and make timely improvements and corrections.
Continuous improvement: Improve production efficiency and product quality through continuous improvement and optimization of the production process. Adopt advanced technology and processes, introduce automation and intelligent equipment, and improve the stability and consistency of production.
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