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September 17-18, 2003 Sponsor:
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DESCRIPTION & OBJECTIVES Radiation (ultraviolet-UV/electron beam-EB) curing is a chemical manufacturing process technology which utilizes electromagnetic radiation energy in the form of photons (UV) or electrons (EB) to effect physical and chemical change of organic chemical materials by formation of crosslinked polymer networks or by molecular degradation. This emerging, high growth, innovative technology is a one-component, non-solvent, low-pollution, low-heat, clean air, environmentally friendly manufacturing technology, offering processes for product manufacture and product finishing using adhesives, inks, coatings, photopolymers and sealants. The high (6%) market growth rate of radiation curing technology is driven by its environmentally friendly nature, the capability to offer a green solution to the air pollution problem, and its capability to provide innovative new process/product developments, thereby affording important new business opportunities for chemical suppliers, product manufacturers and end-users. Radiation curing has become one of the key manufacturing technologies for the new millennium. The purpose
of the seminar is to provide an advanced perspective on radiation
curing technology and the business opportunities it offers
for manufacturing economies and innovative new product developments.
A distinguished faculty (biographies provided herein) has been
organized to present this leading edge and vital information,
as described in the Seminar Program. The faculty are all broadly
experienced and worldwide leaders in the radiation curing field,
who will bring their unique worldwide perspectives to the seminar.
Participants will benefit from this cost-effective access to
this wealth of knowledge and expertise, with the opportunity
to discuss specific issues and problems with individual faculty
members. An open forum panel discussion will allow individual
interests to be addressed with specific questions and answers.
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FUTURE
OFFERINGS
Future
scheduling of the Seminar is planned for alternate years, with
the next offering in 2005 |
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TARGET AUDIENCE Business, engineering, marketing, manufacturing, sales and technology personnel in a multitude of industries will benefit from this seminar, including business planning, R&D planning, R&D scientists, chemists/formulators, marketing/market research/sales, technology managers, new business/product & process development, environmental assessment, manufacturing and technical service professionals. This seminar will enable participants to improve their performance and make beneficial contributions to corporate competitive advantage and profitability from all the comprehensive information learned by attendance at this seminar and from the seminar notes (>850 pages), comprising all the slides presented and conveniently assembled in a binder for easy reference. The Seminar and customized variations are available for on-site private client presentation. |
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Seminar Program Wednesday
September 17, 2003 |
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| 7:45 | Registration/Continental
Breakfast |
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| 8:30 |
Welcoming Remarks: Seminar Director, Introduction of Faculty
and Participants |
Dr. Armbruster |
| 8:45 | Chemistry
and Technology Overview Free Radical UV/EB Curing |
Dr. Armbruster |
| 9:30 | UV/EB
Curing Equipment Current and Future Technology |
Mr. Tripp |
| 10:00 | Coffee
Break |
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| 10:15 | Chemistry
and Technology Overview Cationic UV/EB Curing |
Dr. Eckberg |
| 11:00 | Business/Marketing
Overview |
Dr. Armbruster |
| 11:30 | Presentation
of UV/EB Cured Product Showcase |
Mr. Tripp |
| 12:00 | Luncheon
and Interaction of Faculty and Participants |
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(Afternoon
Session)
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| 1:00 | UV/EB
Curable Powder Coatings |
Dr. Armbruster |
| 1:15 | UV/EB Curable Food Applications: FDA Status | Mr. Tripp |
| 1:45 | UV/EB
Curable Adhesives Markets and Technology |
Dr.
Armbruster Mr. Tripp |
| 2:45 | Beverage
Break and Review of Chemical Raw Material/Equipment Product Literature
Table |
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| 3:00 | Marketing
Strategy for UV/EB Curable Specialty Chemical Products |
Dr. Armbruster |
| 4:00 | UV/EB
Curable Free Radical and Cationic Silicone Release Coatings Technology
and Applications |
Dr. Eckberg |
| 4:45 | Adhesion
of UV/EB Curable Coatings |
Dr. Armbruster |
| 5:15 | Open
Forum Panel Discussion |
All |
| 6:30 | Grand
Cocktail Hour Reception Open Bar, Hors D'Oeuvres |
All |
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Thursday
September 18, 2003
(Morning Session) |
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| 7:45 | Continental
Breakfast |
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| 8:00 | Advanced
Photoinitiation/Photoinitiator Technology including Inks/Pigmented/Photoinitiator-Free
Systems |
Dr. Armbruster |
| 9:00 | Advanced
Test Methods for Measurement of the Degree of UV/EB Cure |
Mr. Tripp |
| 10:00 | Coffee
Break - Product Showcase and Literature Table |
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| 10:30 | UV/EB
Curable Automotive Applications |
Mr. Tripp |
| 11:00 | Advanced/High
Performance Monomers/Oligomers for Free Radical and Cationic
UV/EB Curing Technologies |
Dr. Eckberg |
| 12:00 | Luncheon
and Interaction of Faculty and Participants |
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(Afternoon
Session)
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| 1:00 |
UV/EB Curable Composites |
Dr. Armbruster |
| 1:30 | Economics
of UV/EB Curing |
Mr. Tripp |
| 2:00 | Advanced
Formulation Strategy and High Performance Additives |
Dr. Armbruster |
| 3:00 | Beverage
Break and Seminar Evaluation Award Certificates |
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| 3:30 | Advanced UV/EB Curable Plastics Coatings | Dr. Eckberg |
| 4:00 | Innovative
Applications of UV/EB Curing; Food Packaging |
Mr. Tripp |
| 4:30 | Hybrid
UV/EB Free Radical and Cationic Curing Technologies, Shadow Curing |
Dr.
Armbruster Dr. Eckberg |
| 5:15 | Emerging
New Markets as Future Business Opportunities |
Mr. Tripp |
| 5:45 | Concluding Remarks, Adjourn | Dr. Armbruster |
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SEMINAR LOCATION This
seminar will be presented at the Four Points Barcelo Sheraton
Hotel, Newark International Airport, Elizabeth, New Jersey.
This is conveniently located adjacent to (just south)
of Newark International Airport on Route 1 and provides
luxurious accommodations, extraordinary hospitality and
service, superb facilities and exciting attractions. It
is easily accessible by car (off Exit 14 New Jersey Turnpike
and Interstate 78), train and air travel, and is conveniently
located 15 minutes, serviced by public transportation,
from New York City and the Meadowlands Sports Complex.
The hotel facilities include a fully equipped Health Club,
indoor pool, state-of-the-art soundproofing, distinctive
dining at two restaurants (casual and gourmet) and entertainment
lounges. The Hotel provides free parking and free airport
shuttle transportation. Arrangements have been made to
reserve a limited number of rooms for the seminar attendees
at a special discounted rate of $169/night (single or
double occupancy). Attendees must make their own hotel
reservations. The hotel reservations toll-free number
is (800) 325-3535 and specify your attendance at the Armbruster
Associates Inc. Seminar to receive the discounted hotel
rate. The deadline for this discounted hotel rate is August
26th. |
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SEMINAR
SPONSOR AND DIRECTOR The seminar is sponsored by Dr. David Armbruster, Seminar Director, President Armbruster Associates Inc. in Summit, New Jersey, founded in 1982 and celebrating its 21st anniversary. He has selected a distinguished faculty of the leading experts in the field of radiation curing to assist in presentation of this Seminar. His company offers chemical consulting and specialty products to worldwide clients in the chemical and allied industries. The portfolio of the specialty chemical products and services business comprises: 1) consulting services including business planning, legal issues, marketing/market research, licensing/technology transfer, R&D contracts, new product development, technology assessment, business development, technology commercialization and acquisitions; 2) UV/EB curable formulated products including adhesives, coatings, sealants and custom formulation; and 3) education services including radiation curing courses and seminars. Dr. Armbruster has a long history of successful involvement in the radiation curing industry, both as a consultant and educator as director for a worldwide radiation curing course. The specializations of the business include radiation (UV/EB) curing/photopolymerization, coatings, paints, photoresists, plastics, polymers, inks, adhesives/sealants, monomers, specialty chemicals, acrylics, epoxies, urethanes, emulsion/solution/water-soluble polymers, hydrophilic polymers, water treatment chemicals, differential photocalorimetry, new materials and emerging technologies. Successful client projects in UV/EB curing include process/product and technology developments, contract R&D studies, domestic and worldwide market studies, technology searches, dental polymers, specialty monomers, waterborne hybrid systems, wire coatings, optical adhesives, abrasion resistant coatings, cationic technology, fiber optics coatings, medical device assembly adhesives, airbag sensor adhesives, photoresist products, photoimageable technologies, shadow curing studies, acquisitions, licensing, expert witness activities, business diversification opportunity analysis and market entry strategy. Dr. Armbruster has had a highly diversified background in the chemical industry in various marketing, technical and commercial development positions spanning 35 years, including 25 years in the radiation curing field, with Rohm and Haas, Celanese Chemical Company (now Hoechst Celanese), CPS Chemical Company and as founder in 1982 and President of his own firm. He
has authored patents, presentations and publications on
radiation (UV/EB) curing, photochemistry, coatings and
abrasion resistant coatings, thermal analysis, launching
a consultantship, chemical entrepreneurial growth strategy,
multiclient studies on hydrophilic polymers and corporate
profiles. He gave an invited presentation at the 1995
American Chemical Society National Meeting in Chicago
titled "Overview and Future Prognosis for Radiation
(UV/EB) Curing Technology for Coatings and Adhesives.
" He is a charter member of RadTech International
and also has memberships in the American Chemical Society,
Association of Consulting Chemists, Federation of Societies
for Coatings Technology, Society of Cosmetic Chemists,
Society of Plastics Engineers and Licensing Executives
Society. Dr. Armbruster received his PhD Degree in Organic
Chemistry and Photochemistry from the University of Cincinnati
and his BS Degree (summa cum laude) in Chemistry from
Xavier University. He founded and is Chairman of the New
Jersey Group of Small Chemical Businesses. He is also
Past President of the Association of Consulting Chemists
& Chemical Engineers. |
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ADDITIONAL
SEMINAR FACULTY
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| Mr. Edwin "Ted" Tripp | Mr.
Tripp is a consultant to the radiation curing industry and
was formerly with Metallized Products, Inc.. He has widespread
experience with process and product development, evaluation
of equipment, application techniques, safety, production
troubleshooting and market analysis, and has written extensively
on these issues. Prior to consulting Mr. Tripp had been
employed for 15 years by Energy Sciences, Inc. (ESI), a
leading manufacturer of electron beam equipment. While at
ESI, he managed a number of cooperative industry programs
to develop EB technology and promote its advantages. He
was also manager of EB Pilot Plant Operations and had a
leading role in the specification, installation and start-up
of ESL's high-speed 1.8 meter wide EB coating/laminating
foil facility. He also worked closely with various adhesive
and coating suppliers to help characterize and provide direction
in the development of their radiation curable products.
Mr. Tripp has authored or coauthored more than 30 articles
and patents on various aspects of radiation curing. He was
a member of the original National Paint and Coatings Association
committee which published the monograph "Safe Handling
and Use of Ultraviolet/Electron Beam Curable Coatings."
He is a charter member of RadTech International and also
has memberships in the American Chemical Society and TAPPI.
Mr. Tripp received BS and MS Degrees in Chemical Engineering
from the Massachusetts Institute of Technology. |
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Dr. Richard Eckberg
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Dr.
Eckberg is a Principal Chemist with the Commercial Technology
Group of GE Silicones in Waterford, New York. Rick has over
20 years' experience developing silicone based products
and formulations for the coatings and converting industry
during his career with GE. Among his accomplishments is
the invention of homogeneous catalyst/inhibitor systems
widely used in solvent-free silicone coating technology
and design and development of commercial cationic radiation
curable silicone release systems. Rick presently serves
the industry providing technical support and application
expertise working with customers to improve their products
and processes. Dr. Eckberg has authored numerous technical
publications and is a familiar speaker at industry forums
including RadTech International, which has twice awarded
him with its Founders' Award. He is a member of the American
Chemical Society, RadTech International, Sigma Xi, and the
American Federation of Musicians. Dr. Eckberg received an
AB Degree in Liberal Arts from Hamilton College and PhD
Degree in Inorganic Chemistry from the University of North
Carolina. |
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REGISTRATION INFORMATION September
17-18, 2003 Seminar
Registration Fees: The fee includes all seminar presentations, panel discussions, demonstrations, continental breakfasts, luncheons, coffee and beverage breaks, grand cocktail reception and a bound copy of the Seminar Notes (>850 pages) (available separately for purchase by non-attendees for $295, delivered USA.) Hotel lodging is NOT included in the fee. Registration may be canceled up to August 18th and must be received in writing. Refunds will be subject to a $100.00 handling charge. After September 7th, no refunds will be provided, but substitutions are permitted at any time. Registrants who fail to attend and do not cancel are liable for the entire registration fee. Armbruster Associates Inc. reserves the right to change the seminar program or substitute faculty without notice Enrollment is limited, so early registration is advised. Registration directly on this website (Click here to Register) or by telephone, fax, e-mail, or purchase order/invoice can be made with follow-up payment. Full payment (payable in USD) is required to complete the registration. Payment can be by a check payable to Armbruster Associates Inc., or wire transfer (call for information). Upon receipt of registration and payment, a confirmation letter will be sent.
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