Plastic parts splitting can be divided into two categories: Not using glue and Chemical bonding or Glued. 🔊 Splitting Not Use Glue Similar to metal part splitting, this method is split by designing screw holes and using screws for fixation. 🔊 Chemical Bonding or Glued Splitting plastic parts with chemical bonding can be further divided into non-transparent and transparent plastics.
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C&K Plastics Question & Video of the day! What is pressure forming? Pressure forming refers to the process of using air pressure on a heated plastic sheet to create a molded part that gives you high details and texture. https://lnkd.in/eXwuWxak
What is Pressure Forming and Why Use It? | C&K Plastics Thermoformers | Metuchen, NJ
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How to Cut ABS Plastic? I'm really worried that the materials will fall off the table.🫣🫣 #ABSPlastic #CNCMachining #CutPlastic #TIRAPID #CNCPlastic #CustomManufacturing #TeamWork
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A Brief History of Powder Coating: This finishing process was initially created in the 1940s. It was a rudimentary process involving flame-spraying plastic powder onto metal substrates. 🔥 The turning point came in the 1960s with the development of the electrostatic process, which revolutionized powder coating. The method involved electrically charging powder particles and spraying them onto grounded parts, leading to a more uniform, durable, and efficient coating process. Read more about this incredible solution: https://bit.ly/48QoNxK #powdercoating #history
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Carbon Fiber Plastic Parts Materials Plastic parts made with carbon fiber are gaining popularity for their impressive strength and light weight. These parts resist corrosion, handle fatigue well, and don't expand much when they heat up. Plus, they're great at conducting heat. You can shape them using injection molding, which fits products that need both strong and flexible materials. https://lnkd.in/gP2TCTDe
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The smooth, even and blemish-free texture you see on all plastic products is achieved through a process called extruder degassing. In the extrusion process, plastic is melted by friction and heat to a viscous liquid and then forced through a device to get its final shape. Vacuum is applied before to remove trapped gases, which can create voids or other imperfections in the final product, its also used after for cooling and forming of the final product.Degassing can also help to improve the optical clarity of plastics. Our EXTRUVAC vacuum pumps are suitable for this process and enable enhanced product quality and consistency by reducing defects significantly. Learn more about Leybold vacuum solutions for plastic extruder degassing here: https://lnkd.in/d8Aw74sV #vacuumpumps #leybold #vacuumapplication #plasticindustry #plastics #degassing
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🚗💡 Transform Plastic into Metal: Spray Coating + Electroplating Explained 📱✨ In today’s industrial world, creating high-quality metallic finishes on plastic is more accessible than ever. We’ve put together an in-depth spray coating + electroplating process video that shows how this dual technique enhances both the appearance and durability of plastic parts. 🔍 In this video, we’ll cover: 1. How to prepare the base material for coating 2. The importance of spray coating with conductive materials 3. The step-by-step electroplating process to achieve a perfect metallic finish 4. Industry applications from automotive to consumer electronics If you're involved in manufacturing or surface treatment, this video is a must-watch! Watch now and discover how this innovative process can benefit your production line! 🎥👇 👉 Join the conversation, and let’s discuss the future of plastic coating technologies! 📧 Email: sales@apmprinter.com 📞 Tel: +86-755-28213226 📱 Mobile/WhatsApp/WeChat: +86-18100276886 #PlasticCoating #Electroplating #SprayCoating #IndustrialManufacturing #SurfaceTreatment #PlatingTechnology #MetallicFinish #PlasticPlating #CoatingLine #ElectroplatingProcess #IndustrialTech
How to Achieve a Metallic Finish on Plastic Full Spray Coating + Electroplating Process
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Exploring Plastic Extrusion: From Pellets to Products Plastic extrusion process is a key manufacturing technique, that transforms thermoplastic resins into a diverse array of products. This highly versatile process involves several critical steps: 1. Preparing the Raw Materials: We start by selecting the appropriate plastic pellets and loading them into a hopper. 2. Feeding raw materials to the hopper: using different types of feeders, raw materials are accurately fed to the extruder. 3. Heating the Plastic: The pellets move to an extruder where they are melted within a heated cylinder by a rotating screw, precisely controlled for temperature and speed to ensure even melting. 4. Extruding the Plastic: The molten plastic is then forced through a die, shaped to produce the desired profile. This stage requires meticulous control of temperature and pressure, maintaining conditions to achieve the perfect shape. #PlasticExtrusion #ManufacturingProcess #IndustrialInnovation #PolymerScience #EngineeringExcellence
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Does your company operate plastic #vacuumextrusion equipment? Are you looking to make a positive #environmental impact in 2024 for your company? Take a hard look at your vacuum pump situation because there is low-hanging fruit! It's common to find #liquidring vacuum technology on vacuum extruders. While a proven technology, did you know that these pumps waste 6 to 10 gallons per minute? Hardly environmentally friendly and potentially very expensive! What about the water used in the process? Let's just say, this is not drinking water and will require additional processes to ensure that it is safe for use. Leybold's Extruvac can offer you a solution to making this positive change! The vacuum pump technology behind the Extruvac will: 💲 Reduce operational expenses 🌎 Reduce environmental impact 📈 Increase vacuum efficiency & performance Reach out to find out more about how we intelligently control and protect our system to ensure maximum uptime! Learn more about Leybold vacuum solutions for plastic extruder degassing here: https://lnkd.in/d8Aw74sV #vacuumpumps #leybold #vacuumapplication #plasticindustry #plastics #degassing #NPE #NPE2024
The smooth, even and blemish-free texture you see on all plastic products is achieved through a process called extruder degassing. In the extrusion process, plastic is melted by friction and heat to a viscous liquid and then forced through a device to get its final shape. Vacuum is applied before to remove trapped gases, which can create voids or other imperfections in the final product, its also used after for cooling and forming of the final product.Degassing can also help to improve the optical clarity of plastics. Our EXTRUVAC vacuum pumps are suitable for this process and enable enhanced product quality and consistency by reducing defects significantly. Learn more about Leybold vacuum solutions for plastic extruder degassing here: https://lnkd.in/d8Aw74sV #vacuumpumps #leybold #vacuumapplication #plasticindustry #plastics #degassing
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Do you have a product that requires to be foam filled? PolyProducts offers a range of in-house services to complement your rotational moulding needs including polyurethane foam filling. Foam filling is a process that involves injecting polyurethane foam into the hollow cavity of a rotomoulded product, where the product may require reinforcement/strength, buoyancy or insulation. Here’s an example of a cabinet door that is foam filled to increase the rigidity of the door. Contact us today to learn more about our foam filling process and how we can help. #rotomolding #rotomoulding #rotationalmolding #plasticsindustry #plasticsmanufacturing #plasticsengineering #plasticsolutions #plastics #plastic #pufoam #foamfilling #madeinuk #ukmanufacturing
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4 TIPS TO REDUCE DOWNTIME IN PLASTIC EXTRUSION PROCESS Having a high-quality, high-filtering continuous screen changer is an important part of reducing downtime in plastic extrusion processes. Here are 4 tips to help you reduce downtime in plastic extrusion: 1. Include a screen changer that can quickly and efficiently remove foreign particles 2. Monitor your system’s performance and adjust accordingly. 3. Make sure that your system is properly maintained. 4. Regularly check your filters for wear and tear. We’d love to hear your thoughts on this topic. Are there any other tips you’d suggest for reducing downtime in plastic extrusion processes? #PlasticExtrusion #ExtrusionSystems #PlasticProcessing #ContinuousScreenChanger #PlantManagement
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