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CSP Technologies, Inc. |
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In A Revolutionary New Technological Breakthrough, Desiccants Can Now Be Integrated Directly Into Plastics And Molded Or Shaped Into Any Product Form With Variable Adsorption Rates And Capacities. |
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CSP Technologies, Inc., a vertically integrated ISO 9001 company, specializes in desiccant delivery systems, air-tight, leak-proof containers, and custom development of plastic products. CSP Technologies, Inc. has the ability to solve complicated packaging, environmental, moisture, and odor problems. We can custom design and manufacture specific products to meet your requirements. We can also provide complete system solutions to customers' packaging problems, including the actual packaging of a product from its inception to completion. CSP Technologies, Inc. is familiar with, and has worked in, the food, drug, diagnostic, electronic, and general packaging industries. We have successfully integrated our innovative packaging processes into internal and external high-speed packaging lines. |
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CSP Technologies, Inc. expertise lies in its worldwide patent pending desiccant technology, desiccant fabrication, injection molding, custom mold design, film extrusion, and high-speed packaging. Desiccants, silica gel and others, can now be integrated directly into a plastic compound and then molded into any shape or form through any type of plastic manufacturing technology; this includes, but is not limited to injection molding, co-injection molding, thermal-forming, and blow molding. Vials, canisters, containers, film, string, sheets, trays, strips, pills or any injection molded product can be produced to meet your specific adsorption needs and our materials meet FDA requirements. |
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The desiccant material can be seamlessly integrated into primary packaging. This eliminates the costly step of inserting secondary components into a package and eliminates the risk that the consumer will discard the desiccant material. |
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CSP Technologies, Inc. distributes products throughout the United States, Europe, Australia, and parts of Asia. We have manufacturing facilities in Auburn, AL and Niederbronn, France. |
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©2000,
CSP Technologies, Inc. CSP Technologies
logo, product, service names are trademarks of CSP Technologies. CSP
Technologies retains copyright on all text and graphics. CSP reserves all other
rights. CSP Technologies is constantly developing new and innovative plastic
materials to meet the changing needs of its customers. Consequently, CSP
reserves the right to discontinue or change specifications, designs or
materials, without notice. Thus, as much as CSP believes the information to be
accurate and complete, CSP can not warrant the accuracy or completeness of the
information. |
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CSP Technologies: Engineered polymeric materials and desiccants, including the ACTIV-PAK family of products. desiccant,Desiccants,Capitol Specialty Plastics,desicant,desicants,dessicant,dessicants,plastic,plastics,packaging,thermoplastic,pharmaceutical,absorption,adsorption,Capitol,Capital,vials,Silica Gel,Molecular Sieve,Zeolite,sieves,water,moisture,sorbants,sorbents,Specialty,relative humidity,Rh,control,desiccated,desorption,drying,humidity,biocidal,anti-microbial,beads,canisters,lozenges,packets,pillow,powder,pouch,sachets,tablets,pills,rolls,sheet,solutions,strips,film,indicator,medical,adsorption,scavengers,Sensitive,odour,odor,oxygen,polymer,protection,Activ-Pak,Activ-Guard,Activ-Tab,Activ-Strip,Activ-Vial,Activ-Dri,ActivDry,ActivPak,ActivGuard,ActivTab,ActivVial,Active,Tab,Pak,Guard,Dri,Dry,Channeling agentchannels,Strip,Modified Atmosphere Packaging,Active packaging,Transmission rates,mvtr,Moisture vapor transfer rate,Gas transmission,diagnostic,CSP,CSP technologies CSP Technologies is commercializing new patented materials derived from an entirely new class of polymers. CSP engineers the polymers to control small molecule transport through the materials. The underlying proprietary enabling technology allows for the creation of a microscopic co-continuous interconnecting channel morphology throughout a solid polymer structure. These channels provide pathways that facilitate migration of substances through the polymer, thus enabling a host of exciting new applications, including: Polymers which preferentially absorb, scavenge or emit desired small molecules (e.g. Moisture, CO2, O2) Materials which facilitate or retard the transport of one or more substances Polymers with novel electric or ionic transport properties. In a revolutionary new technological breakthrough, desiccants can now be integrated directly into plastics and molded or shaped into any product form with variable adsorption rates and capacities.