Seafood Expo North America 2019 will take place this month in Boston on March 17-19. Ahead of the event, Plastic Machining Company (PMC) is highlighting seafood processing material solutions based around increased productivity, lot tractability, as well as worker and consumer safety.
Plastic Machining Company (PMC), a leader in wear parts and power transmission parts for food processing machinery, is highlighting their latest materials science advancements ahead of the event. New material technologies like Tivar® are allowing for heavier loads and higher chemical resistances, vital in processing machinery exposed to harsh or wet environments where plastics are substituted for metal power transmission components.
Plastics reverse engineering services from Plastics Machining Company make converting many metal parts to plastic, without the original equipment manufacturer (OEM) specifications, a reality. This value-added service meets the exacting challenges for engineers seeking metal to plastic solutions, CNC machining, manufacturing replication and overall enhanced longevity for existing parts. With PMC plastics reverse engineering services, the overall design of existing plastic or metal parts does not need to change, making it one of the only value-added services providing direct replacement of OEM parts and components even without custom drawings or CAD files.
Plastic Machining Company (PMC) announced today the launch of its newly revamped website, redesigned to offer quick and easy access to essential information on PMC products, machining services, and industry-specific solutions. The new, uncluttered design and improved functionality allow customers to view plastic machining solutions by part type, material, or industry. Customers can request a quote for custom parts, and may now buy many OEM and replacement Poly Hi-Solidur catalog parts directly through the website, which lists all available sizes. Customers will also enjoy the convince of being able to order high-performance grades of Acetal, Delrin®, Nylon, UHMW, and PEEK plastic sheet and rod through the online shopping cart.
Plastic Machining Company has seen a drastic increase in plastic technologies that push the previous limits of load-bearing, torque handling, and gear drive capabilities in aerospace applications. Specialty grades with superior heat, chemical and radiation resistances allow plastics to play a significant role in aerospace industries, featuring many of same desired traits as traditionally used metals: low friction and high strength, dimensional stability, as well as resistance to heat, impact, and corrosion.
Plastic Machining Company provides plastics that play a pivotal role in mining applications, particularly UHMW (ultra-high molecular weight polyethylene) which provides desirable attributes that contribute a wide range of OEM and custom parts in mining machinery and equipment including guides, belt scrapers, chain wear plates, skirt boards, belt rollers, scrapers & wipers, liners & plates, idlers & pulleys, loaders, conveyor parts, bucket liners, impact pads, beds & bumpers, sprockets, agitators, as well as shoes & tracks.
Plastic Machining Company provides advanced plastic technology solutions to industries utilizing waste water equipment through OEM and custom parts including low friction liners, sidehill screens and other parabolic screens as well as wear and power transmission parts for pumping stations, conveyors, headworks, compactors, sewage grinders, sludge thickeners, auger presses, dewatering machinery and other process equipment.
PMC offers part solutions for applications including primary/secondary breakdown; log and bulk processing; biomass and residuals processing; automation and optimization control; sort and stack; and planer mill, lumber, engineered wood, veneer and plywood manufacturing systems.
PMC is a leader in plastic components to replace metals in manufacturing components used in packaging and paper mill machines exposed to corrosives, moisture, temperature and changing conditions.
Plastic Machining Company, or PMC, is a leader in wear part applications for food processing machinery, most notably in machinery exposed to harsh or unique conditions where plastics are substituted for metal power transmission components.