MY Polymers
Low-refractive-index Coatings, Adhesives, and Polymers
Company Overview
Snapshot
Founded in April 2009 by Ron Zohar, MY Polymers operates with 1–10 employees. The company specializes in advanced material science, holding a patent for its proprietary resin technology.
Business overview
MY Polymers develops and manufactures optical adhesives, coatings, and polymers characterized by a low refractive index, starting at 1.31. These materials are engineered to enhance performance in applications such as high-NA specialty optical fibers, high-efficiency light guides in LCD backlights and touchscreens, and pump power combiners for fiber lasers. The company's products are based on proprietary resins synthesized from raw materials, serving the photonics and bio-photonics industries by increasing efficiency and reducing light power losses. MY Polymers operates as a B2B entity, targeting markets in Asia, Japan, and China within the Industrial Technologies sector.
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- What is MY Polymers' core technological focus?
- MY Polymers specializes in synthesizing proprietary resins to produce optical adhesives, coatings, and polymers with a low refractive index, beginning at 1.31. This technology is crucial for applications requiring high optical efficiency and reduced light power loss.
- Which industries and markets does MY Polymers serve?
- MY Polymers serves the photonics and bio-photonics industries. Its geomarkets include Asia, Japan, and China, focusing on B2B engagements.
- Who founded MY Polymers and when?
- MY Polymers was founded in April 2009 by Ron Zohar, who currently serves as the CEO.
- What types of products does MY Polymers offer?
- MY Polymers offers low-refractive-index coatings, adhesives, and polymers. These products are utilized in areas such as high-NA specialty optical fibers, LCD backlights, touchscreens, and fiber lasers.
- Does MY Polymers hold any patents for its technology?
- Yes, MY Polymers holds a patent, indicating protection for its proprietary resin technology used in its specialized optical materials.