Tag Archives: Abaris
The Aerodef Manufacturing conference was held last week in Ft. Worth Texas. This event is a smaller regional manufacturing show focusing on aerospace and defense industries. The show typically features technical papers on a variety of topics, a small trade show floor, and a few receptions to allow for networking and socialization.
This year BTG Labs presented a paper on surface controls in manufacturing. Our marketing partner Abaris Training Services, kindly shared their booth with us. During the show, I had the opportunity to meet a variety of current and potential customers, discussing ways to validate surface prep, cleaning, and surface condition. Since my interests cover all surface material related topics, there is always a lot to discuss! …Read More
This week, BTG Labs’ Chief Scientist Dr. Giles Dillingham will be co-hosting a booth and presenting a 3-hour long workshop with BTG Labs’ valued partner, Louis (Lou) Dorworth, Direct Services Manager at Abaris Training Resources, Inc.
As a specialist in the field of advanced composite materials and processes since 1978, Lou offers extensive information that he uses to educate the composite industry. His experience includes research and development, materials and process engineering, tool engineering/design, and tool fabrication.
BTG Labs sat down with Louis to discuss his expectations for AeroDef 2017.
What do you think about the latest in composite technology? What’s standing out?
Composite technology is changing at a rapid pace as process methodologies and applications broaden across all industries. Nano-fortified polymers and composites show much promise for enhancing structural properties in both adhesives and laminate structures.
What can attendees expect to leave with after your workshop with Dr. Giles Dillingham?
Attendees can expect to learn the key methods and techniques to achieving robust and durable adhesively bonded joints in composite structures. They will have a much better understanding of both the practical and scientific factors that contribute to a successful adhesive bond.
What are some issues faced by users when attempting to bond or repair composites?
The primary issues involve controlling and verifying the integrity of the prepared composite surface, the environmental conditions that exist where the bonding takes place, the control of the adhesives so that they are not exposed to adverse conditions, and achieving a proper cure in the adhesive. …Read More
AeroDef Manufacturing 2017 is the pivotal event for world leaders of the aerospace and defense manufacturing industry. BTG Labs is excited to exhibit, speak, and teach a course at the conference held March 6-9 at the Fort Worth Convention Center in Fort Worth, Texas. BTG Labs Chief Scientist Dr. Giles Dillingham will present on his paper “Understanding and Controlling the Bond Surface in Manufacturing for Reliable Adhesive Bonding of Composites.” This presentation delves into the challenges and logistics of adhering to composites and how to create the desired bond surface. Furthermore, Dr. Dillingham will discuss common industry practices in surface preparation and surface verification.
Dr. Dillingham will also teach a 3-hour workshop during the conference with Louis Dorworth of Abaris. Their course entitled, “Fundamentals of Adhesive Bonding of Composite Materials” focuses on basic bonding requirements of composites, goals of surface preparation, things to avoid when preparing composite surfaces, and varying surface preparation methods. BTG Labs will also share a booth with Abaris. At booth 705 BTG Labs will demonstrate the Surface Analyst™, the hand-held water contact angle measurement device that determines a surface’s readiness to bond.
Register here for this exciting event in the aerospace and defense manufacturing industry.
BTG Labs Collaborates with Abaris to Present Webinar
Giles Dillingham of BTG Labs recently presented a webinar with Louis Dorworth of Abaris. Hosted by Composites World Magazine, this webinar discussed surface energy measurements on composites. The presentation entitled “Measuring Surface Energy in Manufacturing and Repair of Composites to Assure Quality of Bonded Interfaces” brought over 550 registrants.
In this webinar, Abaris provided their years of expertise in advanced composite training and consultation services. Abaris continues to inform and educate on the latest composite manufacturing processes. They offer 26 different composite courses in engineering, manufacturing, and repair related topics.
Some topics included the description of basic bonding requirements of composites, goals of surface preparation, things to avoid when preparing composite surfaces, and varying surface preparation methods. They discussed measuring surface energy when repairing composites. Hence, controlling and measuring surface energy can cut down on repair time and reduce future failures. The webinar also delves in to the descriptions and effects of different treatments such as abrasion, flame, and plasma treatment.
Webinar: Measuring Surface Energy in Manufacturing and Repair of Composites to Assure Quality of Bonded Interfaces
Thu, Jun 9, 2016 2:00 PM – 3:00 PM EDT
This interactive tutorial provides a comprehensive look at common industry practices, including typical surface preparation methods for composites and an overview of the basic scientific principles involved in measuring surface energy and how it relates to material performance in manufacturing and repair. This presentation will focus on universal methods and techniques used to measure and achieve durable and consistent surface preparation in manufacturing across all industries. Ensuring surface condition and consistency is a vital component for guaranteeing success in sealing, coating, bonding, painting, printing or cleaning.
- Common surface preparation methods and techniques for composite substrates.
- What is surface energy and why is it important to maintain and understand it in manufacturing.
- How to measure surface energy in a manufacturing or repair environment.
- Using surface energy measurements to modify surface energy, determine process optimization, and perform quality assurance.