LUVOCOM® compounds for innovations in the automotive industry
As a driver of technological innovation, the automotive industry makes high demands of new materials and their quality. Thanks to decades of experience with high-performance compounds for functional parts and components, we are able to support you with advice in all issues of material selection. Consequently, using high-temperature-resistant, high-strength and tribologically optimized compounds, we are even able to produce components in plastic for very heavy-duty use.
Solutions from LUVOCOM®
In close collaboration with the development department, our regionally based engineers offer expert knowledge and personal advice on site – from project idea through to series production. With our more than 30 years of experience and broad range of products we make short development times possible.
High-temperature-resistant – in high demand
Through the use of high-temperature-resistant polymers and the addition of suitable reinforcing materials, plastics also exhibit high mechanical strengths at elevated temperatures. This technique even makes it easy and cost-effective to produce parts of the engine compartment and drive train subject to heavy loads. Temperatures of up to 260 °C are possible even in continuous operation. We will be delighted to advise you in detail on high-temperature-resistant solutions.
Carbon-fibre reinforced – for high-strength components
Components in a car have to be increasingly efficient. High strength with low weight is crucial here – with an eye towards weight reduction – for decreased fuel consumption. In components subject to a tribological load the fibre reinforcement must not lead to an impermissible level of wear. Carbon-fibre reinforced LUVOCOM® high-performance materials offer precisely these properties – they are additionally electrically conductive. These compounds have been used for years in a range of applications within the automotive sector. Examples of such components: engine-air management, transmissions, roof systems, steering and lighting.
With tribological optimization everything runs better
Many moving parts in a car are subject to high loads. During operation they must not wear and have to exhibit certain coefficients of friction. By adding lubricants and reinforcing materials such as PTFE, graphite, nanoadditives, carbon fibres and aramid, we significantly improve the tribological properties of thermoplastics.
Tribologically adjusted LUVOCOM® compounds have deposits of lubricant, which saves on expensive and time-consuming steps of additional surface lubrication. Lubricant-modified LUVOCOM® compounds are not only suitable for self-lubricating bearings, but also for all multifunctional applications in which good slip characteristics and low wear are important. In lubricated systems the dry-running properties of these materials come to the fore and thus increase the safety level for designer and user alike.
We support you during all phases of your project and advise you in matters ranging from design and material selection, through development and prototyping to mass production in millions.
Safely on the road with LUVOCOM®
In almost all of the systems in today’s automobiles, compounds increase the performance of components or help to reduce weight and save fuel. We have reference clients for all relevant assemblies and support you from development through to series.
Roof systems on convertibles
This is a field of application for lubricant-modified and high-strength compounds. Components such as friction bearings, fastenings and snap-in elements have to function reliably without lubrication.
Sun roofs/sliding roofs
The components used are subject to maximum demands in terms of their mechanical and tribological properties. The materials have to guarantee the function reliably and without any disturbing noise.
Gear wheels, contact washers, sealing rings, bearings for gearboxes and damped flywheels made of LUVOCOM® compounds for high reliability and secure function.
LUVOCOM® for ball cups in stabilizers or bump stops in anti-vibration mountings.
Fuel line connectors, filler necks, tank caps made of electrically conductive, fuel-resistant compounds. Impellers for petrol pumps with a high dimensional stability and abrasion resistance as well as bearing materials for this application.
Compounds with good tribological properties over a wide range of temperatures, often from –20 to +150 °C are necessary here. At the same time, good mechanical properties are important. The components – bushings, bearings, washers, threaded nuts, clamping pads – have to function reliably and without generating noise.
Cooled cup holders from thermally conductive compounds. Central armrests high in strength and light in weight. Reliable accelerator pedal units and bearings. Switches and buttons without grease lubrication. Belt deflectors with a super smooth-running coating.
LUVOCOM® for damper blades, switches, ventilator jets and accompanying slides. These components require strong compounds with low friction.
Seat structures made of high-strength and lightweight carbon-fibre reinforced LUVOCOM® compounds. Friction bearings for moving parts made of lubricant-modified, wear-resistant compounds. Functional parts in active headrests made of strong and tribologically modified LUVOCOM® compounds.
Components with supreme requirements on reliable functioning. Many moving parts with high tribological requirements. Field of application for lubricant-modified LUVOCOM® compounds with which components can be implemented without additional lubrication.
Control equipment, actuators, connectors, insulators, switches, cases, conductors and heat sinks are typical applications for LUVOCOM® compounds in this field.
Electrically conductive compounds with high dimensional stability and strength. Tailor-made to the high safety requirements in applications for filters used in the brake section or oil circuit.
Inlet flaps, valves, coupling rods, friction bearings, sealing rings, chain guides, components for oil and vacuum pumps gear wheels all have to function reliably at temperatures of up to 200 °C. Added to this are demands for higher tensile and impact strength – even at high temperature – and good tribological properties. LUVOCOM® compounds have been long-established in this area of practice.
Thermally conductive compounds for LED headlight housings, lubricant-modified compounds for components in the headlight adjustment mechanism.
LUVOCOM® VAP – high-performance compounds developed for vacuum pump vanes
Vacuum pumps have been used for a long time in the brake servo units of cars. Originally multi-vane pumps were used, which were increasingly replaced by single-vane pumps with a significant improvement in efficiency.
In the single-vane version, the material used for the vane must have substantially enhanced wear characteristics in order to maintain pump efficiency throughout its service life.
If plastic vanes are employed, the plastic additionally has to have a high level of mechanical strength, rigidity and impact strength in order to withstand the high loads, especially during a cold start of the pump.
Vane for vacuum pumps made of
LUVOCOM® 1105-VAP 10
LUVOCOM® VAP compounds have been developed with this especially in mind and, because of the rising demands placed on pump performance and cost-effectiveness, are continuously undergoing development in close collaboration with our clients. A distinction is made in our LUVOCOM® compounds according to whether a fully plastic vane solution or an end cap solution is involved.
In this respect we can call on a great wealth of experience and select the most suitable material for each specific application.
During the material examination shown, we compared LUVOCOM® VAP compounds with familiar vacuum pump materials under conditions specific to the application.
Solutions for fuel management
Plastics play an important role within modern systems of fuel management. They help to make thes system lighter, safer and more effective and thus reduce fuel consumption as well. Every component in this field is subject to separate requirements. Fuel line connectors, for example, often have to be electrically conductive. Impellers for petrol pumps have to exhibit high dimensional stability. Bearing materials in this assembly should offer good wear-resistance. All materials used must have a good level of resistance to the fuels employed.
Compound selection (examples) for fuel management applications
ISO 179 1eU
DIN/IEC 6017 (Ω)
|1/CF/15/HS||PA 6.6||200||45||1.47||≤ 103||Connectors|
|1-0889-2||PA 6.6||195||55||1.32||≤ 104||Adapters|
Electrically conductive LUVOCOM® high-performance compounds are produced by adding electrically conductive substances such as carbon fibres, carbon nanotubes (CNTs), steel fibres or graphites. The desired electrical resistance can be adjusted during the process: from 109 ohm for the antistatic formulation to below 101 ohm for conductive materials.