Mearthane
Cranston, RI 02921
Urethane Components have customizable ESD properties.
Designed for media-transfer equipment that generates tribocharge through roller or belt friction, Durethane(TM) has conductive properties that are homogeneously modified at molecular level via RoHS-compliant additives at levels from 0.1-1% by weight of total material. Durethane ESD properties are customizable in solid materials from E5 to E10 ohm-cm at hardness of 5 Shore A-70 Shore D and in...
Read More »Urethane Foams suit banking machine applications.
Chemically blown cellular foam, Durethane F features closed cell structure and is used for banking equipment conveyor belts to bridge gaps between rollers. Mechanically mixed, microcellular Durethane M features uniform, mostly open cell structure. Solid elastomer Durethane S provides heat dissipation and resistance to wear in paper-handling and transport applications. Materials are self-cleaning,...
Read More »Pick Pads suit paper- and film-handling applications.
Formulated to have constant high coefficient of friction to promote uniform feeding, self-cleaning Pick Pads are made from Durethane F/C, a chemically blown or mechanically mixed/frothed cellular foam with closed cell structure. Pads provide volume resistivity from E8-E10 ohm-cm at hardness of 10-95 Shore A. Pick pads are used in paper feed and advance systems to move paper, plastic film, and...
Read More »Customizable Material dissipates tribocharge in equipment.
Durethane(TM) C offers range of electrostatic dissipation properties that eliminate damaging electrostatic discharges in electronic machines. Produced as machinable solid thermoset polyurethane or as foam, formulation can also be used to supply specific charge density on surfaces. Material provides volume resistivity in solid urethane from E5-E10 ÃÆ'Ã-¢ Ã-¦-cm at hardness of 5 Shore A...
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Foams suit business machines and transport rollers.
Durethane(TM) M mechanically mixed, microcellular foam features uniform, mostly open cell structure, while Durethane(TM) F is chemically blown, cellular foam with closed cell structure. Both prevent glazing and buildup while maintaining shape, physical characteristics, coefficient of friction, and chemical resistance. Durethane M and F can be made conductive for electrostatic dissipation for use...
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Silicone Material eliminates static buildup.
Semi-conductive Silicone C material is suitable for use on drive and label rollers, and can also be used in direct thermal printing applications. Resistivity is rated down to E9-E12 ohm-cm, and durometers range from 30 to 60 Shore A. Material can withstand 300 to 400Ã-
Read More »Urethane Components have customizable ESD properties.
Designed for media-transfer equipment that generates tribocharge through roller or belt friction, Durethane(TM) has conductive properties that are homogeneously modified at molecular level via RoHS-compliant additives at levels from 0.1-1% by weight of total material. Durethane ESD properties are customizable in solid materials from E5 to E10 ohm-cm at hardness of 5 Shore A-70 Shore D and in...
Read More »Urethane Foams suit banking machine applications.
Chemically blown cellular foam, Durethane F features closed cell structure and is used for banking equipment conveyor belts to bridge gaps between rollers. Mechanically mixed, microcellular Durethane M features uniform, mostly open cell structure. Solid elastomer Durethane S provides heat dissipation and resistance to wear in paper-handling and transport applications. Materials are self-cleaning,...
Read More »MPC Increases Life Cycle, Durability of Car Wash Rollers
A joint project with Miracle Car Wash creates Durethane(TM) rollers that last up to three times longer than traditional materials Cranston, R.I., Oct. 4, 2005-MPC (Mearthane Products Corporation) announces the successful completion of a partnership with Miracle Car Wash, of Cranston, R.I., to develop solid urethane rollers for a car wash conveyor. The rollers are a special formulation of...
Read More »Pick Pads suit paper- and film-handling applications.
Formulated to have constant high coefficient of friction to promote uniform feeding, self-cleaning Pick Pads are made from Durethane F/C, a chemically blown or mechanically mixed/frothed cellular foam with closed cell structure. Pads provide volume resistivity from E8-E10 ohm-cm at hardness of 10-95 Shore A. Pick pads are used in paper feed and advance systems to move paper, plastic film, and...
Read More »Customizable Material dissipates tribocharge in equipment.
Durethane(TM) C offers range of electrostatic dissipation properties that eliminate damaging electrostatic discharges in electronic machines. Produced as machinable solid thermoset polyurethane or as foam, formulation can also be used to supply specific charge density on surfaces. Material provides volume resistivity in solid urethane from E5-E10 ÃÆ'Ã-¢ Ã-¦-cm at hardness of 5 Shore A...
Read More »
Foams suit business machines and transport rollers.
Durethane(TM) M mechanically mixed, microcellular foam features uniform, mostly open cell structure, while Durethane(TM) F is chemically blown, cellular foam with closed cell structure. Both prevent glazing and buildup while maintaining shape, physical characteristics, coefficient of friction, and chemical resistance. Durethane M and F can be made conductive for electrostatic dissipation for use...
Read More »
Silicone Material eliminates static buildup.
Semi-conductive Silicone C material is suitable for use on drive and label rollers, and can also be used in direct thermal printing applications. Resistivity is rated down to E9-E12 ohm-cm, and durometers range from 30 to 60 Shore A. Material can withstand 300 to 400Ã-
Read More »