Project requirements: High mechanical performance;
Flawless surface finish;
High thickness (up to 17mm x 30 mm), without sink marks;
Metal plating & high stiffness of the part provide a remarkable metal-look
Molded part: Coil bobbin encapsulation inside an isothermal humidifier.
Material: LATICONTHER 62-CPG/750
Project requirements: Improve heat transport capabilities than previous cast-resin; Use higher working current and to reduce inner resistance of the part, improving overall performances; Guarantee a better cooling of the coils, lowering heat buildup phenomena; Thermal conductivity > 1,5 W/mK; Outstanding dielectric properties (compounding only electrically insulating ceramics).
Moulded part: Clutch cylinder for
transmission (washing machine)
Material: LATILUB 75/4 - 20T
Project requirements: Excellent self lubricating
in absence of grease and oils;
Excellent thermal properties -
the moulded part is tested
for short term operation up to 150°C;
Very good mechanical properties;
LATILUB 75/4-20T is preferred to
POM for better thermal
properties and better dimensional stability.
Project requirements: High mechanical resistance for
the threaded part;
Thermal requirements: 80°C continuous;
High dimensional stability;
Excellent chemical resistance;
The Moldflow simulation has been
performed to verify the
dimensional stability required for the pressure
The best solution provided by the analysis
consists in feeding the part by using two
symmetric injection locations placed along
the threaded body together with a well balanced
runner system layout.
Moulded part: Socket and plug for
Material: LATAMID 66 H2 G/35 - V0KB1
Project requirements: Very good mechanical resistance;
Very good impact strength (in case
of sudden impact during
Self-extinguish: UL94V-0 "Recognized"
Excellent surface finish;
Operating test at temperature of
Excellent resistance to steam;
High dimensional stability.
email: email@example.com LATI Industria Termoplastici S.p.A. Via F. Baracca, 7 21040 Vedano Olona (VA) - Italy Tel. : +390332409111 - Fax: +390332409307