California Plastics: Plastic Compounding & Recycling’s Post

Optimise your production with Polyethylene rolls! Rely on their durability and efficiency. Increase efficiency and reduce wear and tear. Improve your workflow today! Polyurethanes are chosen when it comes to stability, wear resistance, dynamic carrying capacity and chemical resistance. In other cases, we use rubber and silicone blends! Do not hesitate to contact us via e-mail or phone to ask your question. Your satisfaction is ours! [email protected] #rollers #ProductionOptimisation #Polyethylene rollers # Rubber rollers"

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

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

Assume here that the comment about 'higher quality' focuses on dimensional aspects, including more control over final weight per foot/gage, etc., not necessarily other critical features of products like physicals and aesthetics. Gear pumps have historically not been used in PVC materials (which comes to mind often when discussing twin screws as below.) They can rely on 'controlled leakage' for lubrication and clearing of bearing areas. Gear pumps can generally benefit from additional evaluation for both inlet and outlet areas, heating and heat sink aspects to overcome differing flows or stagnation areas through them. Slow or no-moving PVC in these areas could degrade, causing a variety of issues, and therefore, the twin screw solution path seems a good one. Properly sized Twin screw extrusion for a variety of materials, including PVC, is a good option. Powder and pellets have their nuances important in ongoing maintenance and training. We've also had success with single screw extrusion with both rigid and flexible PVC materials as well with AC vector drive installations and a well-developed process - all have a place. Just our two cents.

PE DA B2 , double mesh 120 Plastic Type: Polyethylene Colour: Transparent Melt Flow Rate (g/10m): 3.3 - 3.9 Ideal for: Medium Cycle Time Injection

"Thermoplastics" can be heated and shaped multiple times and can be recycled. They flow like mucus and have a slow melting state. Commonly used thermoplastics are PE, PP, PVC, ABS and so on. Thermosetting plastics cure permanently when heated and cooled. The molecular chains form chemical bonds and become a stable structure, so that even when reheated, they cannot reach a molten liquid state. Epoxy resins and rubber are examples of thermosetting plastics#plastic rejection molding

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.

Are you looking for a plastic bonding adhesive? Look no further. This cheat sheet will help you navigate the plastic bonding adhesives we have available. Just want to bond general plastic components? Use Formoa 063. Trying (and failing) to bond LSE plastics like PP, PE, or PTFE? Then Purok VX90 can solve your problems. Or maybe you are experiencing Environmental Stress Cracking? Then Formoa 207i can help you reduce the risk of it happening so quickly. Take a look at the cheat sheet below to find out more info👇 #plastics #adhesive #glue

Rubber vs. Silicone Gaskets: Making the Right Choice for Your Application 🛠️ In application solutions, we know that the details make all the difference. Let’s dive into the world of gaskets - crucial yet often overlooked components in machinery. Gaskets play a pivotal role in ensuring tight seals and preventing leaks, and choosing the right material is key. From our days of using asbestos, we've come a long way in gasket materials, with rubber and silicone emerging as safer and more effective alternatives. But how do you decide between the two? Rubber, available in natural and synthetic forms, is celebrated for its high flexibility and elasticity. It's an excellent choice for dynamic applications needing intense flexing. On the other hand, silicone, known for its thermal stability and resistance to harsh conditions, is your go-to for extreme temperatures and chemical exposure. 🔧 Here’s a quick comparison: - Rubber: Superior elasticity, perfect for applications with frequent flexing. - Silicone: Exceptional in extreme temperatures and UV, ozone, and chemical resistance. Choosing the right gasket: - Rubber gaskets shine in cost-effectiveness and durability, ideal for industrial hoses, automotive parts, and applications under regular movement and friction. - Silicone gaskets excel in situations demanding chemical stability and resistance to varying weather and thermal conditions, like in aerospace, food processing, and medical devices. 🤝 At Sur-Seal, we don't believe in one-size-fits-all solutions. Our expertise in custom gasket manufacturing ensures that your business receives precisely what it needs. We’re committed to delivering premium engineered components to a variety of sectors including aerospace, automotive, and healthcare. Reach out and connect to learn more. https://hubs.ly/Q02p9GKl0 #SurSeal #ManufacturingExcellence #GasketSolutions #RubberVsSilicone #IndustrialInnovation #CustomEngineering