IGM Resins commenced supply of raw materials to the European Ink and Coatings industry in the late nineties. Since that time the IGM product portfolio has developed significantly in response to the technical demands from our customers.
Today, IGM is recognized globally as a specialist in the development, manufacturing and supply of products and technical services to the global UV Ink & Coating industry.
IGM is proud to announce its Charlotte, NC site has been certified to the ISO 9001:2015 and ISO 14001:2015 standard by DEKRA. The International Standards Organization (ISO) define parameters for compliance with the highest standards of quality, environmental responsibility and other characteristics of world-class operations across materials, products, processes, and services.
The North America team lead by the quality and environmental team spent the past twelve months actively preparing for the transition. Major changes to the ISO standards include an increased focus on continuous improvement, which helps ensure a more integrated global focus on initiatives. The new standards emphasize value for both the company and its customers. Leadership and management commitment are also areas of increased focus in the new ISO standards along with Risk Management.
Expanding IGM’s focus in these areas ensures accountability at all levels of the organization and facilitates the transition of top-level goals into tactical action plans.Read more
2017 was a successful one for IGM Resins as we finalised the integration of photoinitiator range from BASF, expanded capacity to meet growing demand and made great progress on exciting new product development initiatives.
Throughout the year, our monthly newsletter shared our knowledge of specialized topics such as UV curing flexo inks and wood coatings cured with UV LED radiation.Read more
The graphic arts sector combines the printing and packaging industry and represents a variety of printing processes. An industry people get in touch with every day: a trip to the local supermarket offering a variety of food packages, advertisement materials on your door step, reading a glossy magazine at the doctors office or opening your milk carton in the morning.
Energy curable technology adoption is gaining momentum in the adhesives market for enhanced packaging designs, laminating, pressure sensitive applications, acrylic fingernails and cosmetics, bandages, and orthopedic and other medical devices.
A wide variety of wood applications are being finished with a UV topcoat, sealer or filler such as parquet flooring, prefinishing flooring, furniture, doors, panels or MDF particle board. Wood products account for approximately one-third of all UV / EB coatings volume. A continuously growing market, particularly for furniture manufacturing in Asia and pre-finished wood flooring in North America.
UV / EB coatings are ideal for heat-sensitive plastic substrates and offer performance improvements such as scratch and stain resistance to all types of plastics. The market is showing a high growth potential with application possibilities in consumer electronics such as mobile phones, television, computers, audio players, magnetic media, and Blue-ray / DVD players as well as vinyl flooring and vinyl tiles.
UV / EB coatings are used to provide corrosion protection, abrasion resistance and decorative appearance to metals such as aluminum, cold rolled steel, brass, magnesium, and nickel, but still have a minimal footprint in the UV / EB market mainly for well established coating applications. For new emerging markets such as refinishing automotive, housing for electronic devices., UV / EB is considered to be a feasible and valuable alternative to the existing coating technologies.
UV / EB coatings are used in manufacturing a wide variety of electronic components, including optical fibers, printed circuit boards, photo-resists, electrical conductor wire and LCD panels. The market has a high projected growth rate, particularly for energy curing coatings of next generation replacements for optical fibers and in the production of LCD panels.