The hottest special plastic leads the new trend of

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Special plastics lead the new trend of safety and home care

X-ray collimator made of LNP thermocomp high specific gravity (HSG) composite using saber based innovative plastics

increasing regulations, increasing attention to the safety of patients and medical staff, and attention to economic nursing services are all the top priorities of the current development of the medical industry. Recently, at the 2011 mdmwest, saber basic innovative plastics exhibited special materials that can help medical device manufacturers proactively respond to these trends

in terms of compliance, lnpthermocomp high specific gravity (HSG) composites made of saber based innovative plastics for radiation shielding can cope with the lead substitution exemption policy for category 8 products in the upcoming EU ROHS directive. In terms of nursing services, the company's lnpfaradex composites can effectively prevent moisture absorption; Interference caused by wireless patient monitoring systems in more and more household or long-term nursing facilities

replace lead with lnpthermocomphsg composite. Since the RoHS directive came into force in 2006, due to the lack of suitable substitutes, the European Union has adopted a temporary lead restriction exemption policy for medical devices (category 8 products), but this exemption policy will expire in 2012. At the same time, China is planning to copy and apply the relevant contents of the EU directive to its own relevant regulations, and follow the EU to introduce coercive measures. Lnpthermocomp HSG composite of saber basic innovative plastic should be stored in clean and dry containers. The method of filling metal materials in resin matrix enables HSG composite to have efficient radiation shielding function and avoid the possible "hot spot" phenomenon when using lead shielding

lnpthermocomphsg composites can be produced in large quantities economically and efficiently, while providing more design freedom for new equipment configuration. The resin avoids the secondary operation required by using lead and can freely combine multiple components, thereby reducing manufacturing time, system cost and equipment complexity. OPM has become the first and only company to obtain FDA approval to produce 3D printed polymer implants. Therefore, these advantages of lnpthermocomphsg composites can offset the low-cost advantages of lead

use lnpfaradex composite material to shield wireless monitoring equipment. Remote health monitoring shows a good momentum of development, but with the continuous increase of signals transmitted by Gambro (Sweden) wireless devices from patient wards to doctor offices or hospitals, signal interference has become an increasingly serious problem. Lnpfaradex composites can provide excellent electromagnetic interference/radio frequency interference (emi/rfi) shielding function with the conductive stainless steel fiber in the resin matrix. Compared with those heavy and difficult to design die-casting metal layers that require secondary operations and hazardous treatments or metallization on the surface of components, this composite has many key advantages, such as enhancing design freedom by using custom colors, avoiding the cost of secondary processing, reducing production cycle through efficient injection molding, and providing lower weight than metal casting

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