Synthetic polymers is a material made up of a large number of repeating units linked together in a chain. These repeating units are derived from naturally occurring organic compounds, usually hydrocarbons, and they vary in length, shape, and chemical composition. Synthetic polymers are used in a wide variety of applications, including automobile parts, medical devices, and building materials.

Viscotek Corp is a provider of chromatography solutions for the characterization of natural and synthetic polymers and proteins. 

Viscotek Corporation, headquartered in Houston, Texas, was founded in 1984 by Dr. Max Haney, inventor of the four-capillary differential viscometer detector. “Since its inception, Viscotek has pioneered innovative technologies and products for gel permeation chromatography of natural and synthetic polymers and proteins, and determination of dilute solution viscosities,” he said. “In recent years Viscotek has experienced exciting growth. The powerful alignment of Viscotek’s products with the Malvern range will provide even more opportunity to comprehensively meet a broad range of customer needs. I am delighted that the company has become part of Malvern Instruments, where I am confident of further development and a thriving and expanded business.” 


Intezyne Technologies, Inc., a biomedical research company, engages in developing synthetic polymers for drug delivery and the treatment of cancer. The company develops IVECT Method to limit chemotherapeutics' anti-tumor activity to within the tumor itself. Its IVECT Method could deliver various classes of small molecules, nucleic acids, oligopeptides, and diagnostic imaging agents.  Intezyne Technologies was founded in 2004...

Xampla has created the world’s first plant protein material for commercial use. Our next generation material performs like synthetic polymers, but decomposes naturally and fully, without harming the environment. Every year, Europe releases a bulk amount of microplastics into the environment equivalent to 10bn plastic bottles .

Kensey Nash Corporation is a medical device company primarily focused on regenerative medicine utilizing its proprietary collagen and synthetic polymer technology.  The Company is recognized as a leader for innovative product development and unique technology in the field of resorbable biomaterials.  The Company has an extensive range of products, which are sold through strategic partners in multiple medical markets, including, the cardiology, orthopaedic, sports medicine, spine, endovascular and general surgery markets.

KB is trusted by drilling contractors around the world. Geo-construction technology has greatly advanced over the past decade. KB has continued to be at the forefront, developing systems to meet the ever-changing challenges of today’s foundation and subterranean construction. Our products and services are as diverse as the world itself .

Nanopharma a.s. has been intensively involved in research and development of nanofiber structures for niche clinical and technical applications since 2008. Nanopharma has built up strongly practical knowledge and experience in electrospinning of a wide range of natural and synthetic polymers. The company is a founding member of the leading Czech nanotech cluster, Nanoprogres .

PolyNovo develops innovative medical devices utilizing the patented bioabsorbable polymer technology Novosorb®. PolyNovo was awarded an $11 million contract and $25 million in funding from the US-based biomedical advanced research and development authority (BARDA) to complete a trial with BTM for full thickness burns .

Nurami Medical is a clinical stage medical device company. Founded in 2014 by experts in brain physiology, nanofibers and biomaterials, dr. amir bahar and nora nseir. Our vision is to revolutionize the field of regenerative medicine by developing application-specific, patches and surgical sealants .

Rubber Processing Machinery Barwell Global is a world leader in the manufacture, design, and supply of high-quality and multi-application rubber processing machinery. The next generation of barwell machines will help rubber processors to develop smart factories and adopt Industry 4.0 principles. Machines will increase accuracy, capture processing data, reduce material wastage, enhance user-friendly operation and maintenance .

NanoScyl® is our proprietary glycosaminoglycan-based nanogel. Nanogel expands the applications to include: enzyme lifetime enhancement - biosensorssequencingalternative energy Growth Factor Activity Improvement - regenerative medicineskin care .

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