Product novelty 24. September 2024

Manufacturer of technical components made of thermosetting plastics

1 / 4
pump cover made of PF- and BMC-material
2 / 4
Valve block
3 / 4
Oil pump slider
4 / 4
spiral housing electrical water pump
BAUMGARTEN offers innovative, technical component solutions made from thermosetting plastics. With over 60 years of experience, we supply high-precision and cost-efficient components for various industries. With our expertise, we are a valued partner for metal substitution projects or a reliable large-series supplier for your thermoset application.
Examples:
Pump cover made from PF and BMC material.
This pump cover is the functional link between the motor-pump unit and the vehicle gearbox to be controlled.
Industry: Automotive industry / e-mobility
Special features:
+ High design flexibility. Realization of complex geometries without
machining (no complex cutting and post-processing)
+ Thermoset materials that come into question have a particularly good performance-cost ratio compared to metallic solutions
+ Extremely good planarity and tolerance accuracy (depending on the geometry, the
realization of tolerances in quality IT 8 to 10 is possible).
+ Substitutes an aluminum component that had to be laboriously machined from all sides.
+ Geometric stability even in operating condition (continuous operation in aggressive media and high temperatures, e.g. 180° C)

Valve block
The valve block is used to realize the oil channels and acts as a support for the electric actuators that switch the hydraulic circuits. The component is firmly mounted on the gearbox using a direct fitting without screw sleeves.

Oil pump slider
This component is used in an engine oil pump. It is installed in a high-precision die-cast aluminum housing. It controls the volume flow of the oil fully variably according to the load condition of the engine. This thermoset component replaces a previous sintered steel component.

Spiral housing for electrical water pump
The component contains the suction and conveying side and conducts the cooling medium. The impeller next to this component, which conveys the cooling medium, is driven by an electric motor.