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Chemir presents case studies of investigations concerning polymer and plastic materials. By applying multiple analytical techniques, Chemir scientists help resolve product failures, contamination issues, identification of unknown materials and extractable/leachable challenges. Join us as we detail case studies of polymer problem- solving and chemical analysis, including data interpretation and conclusions.
In case you missed the all new MoistureMaster™ at NPE, or just want to learn more, this webinar will feature our drying experts explaining this revolutionary technology as if you were at the show.
Webinar Summary:
Over-drying polymers, often destroys important physical properties and/or causes defects in appearance. Nylons are particularly sensitive to over-drying but materials like polycarbonate, acrylic, PEG, Ultem and others require controlled moisture levels. Under-drying of resins may also cause a high level of rejects.
Using dew point, time and temperature does not tell you the moisture level of your pellets. Dew point only indicates the dryness of the process air – not the dryness of your material. Now, you can see in-line, real-time moisture content in % or parts/million and automatically correct the moisture content or divert material that does not meet your pre-set specifications.
*The BryScan 100 MoistureMaster has been developed and is manufactured by BryAir Prokon (Switzerland) Patent Pending. CTI Certified.
Primary Topics (what the registrant will learn):
• Traditional drying method – Dew Point, Time and Temperature.
• How under-drying and over-drying affects properties…and profits.
• Typical applications where moisture analysis is necessary.
• Standard methods of determining pellet moisture content.
• New, in-line, real-time moisture analysis with MoistureMaster™.
You may need to install the GoToMeeting Codec for Windows Media Player to watch recorded webinars.
Recent developments have made the requirement for testing more critical, so improvements in testing machine capabilities and reliability are equally important since they impact your bottom line.
Primary topics (what the registrant will learn):
1. Why is testing for melt index values so important?
2. The differences between Procedure A and Procedure B tests.
3. The introduction of Procedure C and Procedure D testing.
4. What actions to check if results are too low or too high.
In case you missed the all new MoistureMaster™ at NPE, or just want to learn more, this webinar will feature our drying experts explaining this revolutionary technology as if you were at the show.
Webinar Summary:
Over-drying polymers, often destroys important physical properties and/or causes defects in appearance. Nylons are particularly sensitive to over-drying but materials like polycarbonate, acrylic, PEG, Ultem and others require controlled moisture levels. Under-drying of resins may also cause a high level of rejects.
Using dew point, time and temperature does not tell you the moisture level of your pellets. Dew point only indicates the dryness of the process air – not the dryness of your material. Now, you can see in-line, real-time moisture content in % or parts/million and automatically correct the moisture content or divert material that does not meet your pre-set specifications.
*The BryScan 100 MoistureMaster has been developed and is manufactured by BryAir Prokon (Switzerland) Patent Pending. CTI Certified.
If you are relying on dew point, time and temperature, you don’t know whether your material is properly dried…until it’s too late!
If you are over-drying your material, especially nylons, you are destroying important physical properties and you are definitely spending too much for energy. If you are under-drying, there is a good chance that you are producing a high level of rejects. Simply using dew point, time and temperature does not tell you the moisture level of your pellets. Dew point only indicates the dryness of the process air – not the dryness of your material. Until now, the only way to estimate material dryness was to run time-consuming tests. Now there is a way to get reliable, real-time moisture content of resins in percent or parts per million and control the moisture level in your material.
Primary Topics (what the registrant will learn):
• Traditional drying method – Dew Point, Time and Temperature
• How under-drying and over-drying affects properties…and profits
• Typical applications where moisture analysis is necessary
• Standard methods of determining pellet moisture content
• New, in-line, real-time moisture analysis
If you are relying on dew point, time and temperature, you don’t know whether your material is properly dried…until it’s too late!
If you are over-drying your material, especially nylons, you are destroying important physical properties and you are definitely spending too much for energy. If you are under-drying, there is a good chance that you are producing a high level of rejects. Simply using dew point, time and temperature does not tell you the moisture level of your pellets. Dew point only indicates the dryness of the process air – not the dryness of your material. Until now, the only way to estimate material dryness was to run time-consuming tests. Now there is a way to get reliable, real-time moisture content of resins in percent or parts per million and control the moisture level in your material.
Primary Topics (what the registrant will learn):
• Traditional drying method – Dew Point, Time and Temperature
• How under-drying and over-drying affects properties…and profits
• Typical applications where moisture analysis is necessary
• Standard methods of determining pellet moisture content
• New, in-line, real-time moisture analysis
This webinar will compare central drying/conveying systems to stand-alone dryers to help you decide which is most appropriate for your process. We’ll discuss dryer system energy efficiency, dryer effectiveness and floor space issues. There will be an emphasis on the economic impact to your operation and expected payback. Large and small systems will be examined along with the types of dryers practical for use as central dryers and the types of materials that can be centrally dried.
Primary Topics (what the registrant will learn:
• Pros and cons of central drying/conveying vs. press-side dryers
• What types of dryers can be used as central dryers?
• Types of materials that can be dried
• Comparisons of dryer system energy efficiency
• Economic impacts and return on investment expectations.
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In today’s economy it is always difficult to get just the right amount of chilled water without breaking the bank. AEC has a solution with their new GC Central chiller modules. Offered in six different capacities and two different condenser types, these modules can be assembled together to provide up to 300 tons of cooling. Learn about all of the features and benefits of these new chillers.
The key to drying PET efficiently is to minimize heat and airflow
while meeting moisture and IV requirements…automatically.
Processors are not inclined to put an operational dryer on the trash heap in order to get a new, energy-efficient model. On the other hand, when a new line is being added the whole drying system has to be reviewed – from the system layout to the dryer including the usefulness of the control and options like gas-fired process heaters. Maximizing energy savings makes good sense in the long term as well as the short term because the initial cost of an energy efficient drying system can often be greatly reduced through energy credits or rebates from federal, state or local power companies.
In today’s economy it is always difficult to get just the right amount of chilled without breaking the bank. AEC/ACS Group has a solution with their new GC Central chiller modules. Offered in six different capacities and two different condenser types, these modules can be assembled together to provide up to 300 tons of cooling. Learn about all of the features and benefits of these new chillers.
Join Chemir Analytical Services as we discuss product failures and quality issues that concern the plastics industry. This webinar will incorporate case studies detailing the analytical approach and techniques used to solve specific challenges. Issues covered include contamination, physical failures, unknown materials, product liability and patent infringement cases. We will conclude with important factors that manufacturers should consider before outsourcing their laboratory testi
Several case studies will be reviewed along with a range of solutions.
If you are suffering through problems with your conveying system and want to compare the choices you have to solve them, this webinar is for you. Whether your existing system can’t cope with changes in your processing needs or you are planning a new plant or expansion, you need to know which conveying technology(s) you should employ to solve and avoid system problems. A number of conveying scenarios will be presented and solution alternatives will be explored. The emphasis will be on providing solutions that minimize your initial investment while providing long term, reliable outcomes.
In today’s economy it is always difficult to get just the right amount of chilled without breaking the bank. AEC/ACS Group has a solution with their new GC Central chiller modules. Offered in six different capacities and two different condenser types, these modules can be assembled together to provide up to 300 tons of cooling. Learn about all of the features and benefits of these new chillers.
Moldex3D; A quick overview
• Why a better mesh model produces better results.
• CAD model to Professional Mesh Model to Analysis in 15 minutes
• The "Quick Fill" programs vs. Moldex3D eDesign, the cost of poor analysis results.
• A quick peek into the new Moldex3D Version 11
The key to drying PET efficiently is to minimize heat and airflow while meeting moisture, IV requirements and process stability…automatically. Maximizing energy savings makes good sense in the long term as well as the short term because the initial cost of an energy efficient drying system can often be greatly reduced through energy credits or rebates from federal, state or local power companies.
Having a dryer for every process machine is like having a window air conditioner or a space heater in every room of your house. Doing it centrally is much more efficient. Central drying automatically adjusts to accommodate your throughput requirements and custom dries different materials for multiple presses while saving energy, increasing machine uptime, reducing maintenance…and more.
Solve your conveying problems without larger line sizes and more horsepower. Increase machine utilization, operating efficiencies, maintenance and profitability.
Learn a series of procedures to eliminate equipment and process variability.
Learn how MuCell technology from Trexel provides a competitive advantage in part design and injection molding operations.
Whether you are expanding an existing resin conveying system or a designing a new one, don't rely on conveying design principles developed 30-40 years ago. Old, outdated, concepts can saddle you with inefficiency, excessive maintenance and high energy costs for years to come.
The key to drying PET efficiently is to minimize heat and airflow while meeting moisture and IV requirements…automatically. Maximizing energy savings makes good sense because the initial cost of an energy efficient drying system can often be greatly reduced through energy credits or rebates from federal, state or local power companies.
This webinar will compare central drying to stand-alone dryers to help you decide which is most appropriate for your process. We’ll discuss dryer system energy efficiency, dryer effectiveness, floor space issues and controls. There will be an emphasis on the economic impact to your operation and expected return on investment. Large and small systems will be examined along with the types of dryers practical for use as central dryers and the types of materials that can be centrally dried.
The conveying and handling of plastic powders, additives and fillers requires different techniques and system components compared to systems for plastic pellets. Processors making pipe and profiles, decking, rotational molded products and compounders are used to terms like Active Discharge, Live Bottom, Pressure Differential Pots, Air Sweeps, De-lumpers and more. Tune in to this webinar if you want to learn more about conveying and handling of powders.
This webinar is for you…submit questions now for inclusion in the discussion.
This is a two part presentation. Part 1 will cover design techniques to consider for improving your existing conveying system or to plan a new system. The focus will be on Velocity, Vacuum and System Hardware Components.
In Part 2, actual viewer applications and questions will be addressed live, and we invite all registrants to submit their topics in advance for a free evaluation and possible inclusion the presentation. Submit a question now at this link: www.novatec.com/conveyingquestion
Maximizing Efficiency of PET Drying Systems for Extrusion
The key to drying PET efficiently is to minimize heat and airflow
while meeting moisture and IV requirements…automatically.
Processors are not inclined to put an operational dryer on the trash heap in order to get a new, energy-efficient model. On the other hand, when a new line is being added the whole drying system has to be reviewed – from the system layout to the dryer including the usefulness of the control and options like gas-fired process heaters. Maximizing energy savings makes good sense in the long term as well as the short term because the initial cost of an energy efficient drying system can often be greatly reduced through energy credits or rebates from federal, state or local power companies.
Installing a resin conveying system based on design principles developed 30-40 years ago could saddle your company with unnecessary inefficiencies, high maintenance and inflexible conveying parameters for years to come. This webinar will review the conventional practices previously used when designing conveying systems and introduce proven, innovative technologies, designs and concepts that bring new levels of efficiency and flexibility to resin conveying. Savings in capital investment, operating costs and maintenance will result in improvement to your bottom line.
What if you could solve your conveying problems without larger line sizes and more horsepower? What if the drain on your time and profits from poor conveying performance disappeared? What if taking control of your material handling system wasn’t as expensive or complex as you think? Machine utilization, operating efficiencies, maintenance and profitability, can all be affected by poor conveying system performance. This Webinar will introduce new, energy efficient, cost effective, technology that can be applied to existing systems, enabling increased material throughput, over longer distances, utilizing existing piping with minimal interruption to your production schedule.
New Concepts in Material Selection, Validation and Lot Control
Can Improve Your Bottom Line
Errors in material selection, tracing and process validation can spell the difference between success and failure for many processors. Whether your goal is cost reduction LEAN manufacturing, customer satisfaction or adherence to quality mandates, you will benefit from this webinar.