Electrical components - Import export

Main products: slip ring, circuit breakers ring and bush, electrical connection, arms for welding guns, collector and tube for electro galvanization line, Alloys: - bronze and brass - low allied and pure copper - aluminium bronze - aluminium - stainless steel - Ni-based and special alloys

From the design phase of your project, we take care of installing all the electrical and electronic components: electrical studies PLC studies and programming production of electrical diagrams, wiring and installation logbooks wiring of power cabinets, control cabinets (automation), pneumatic cabinets and frames installation of cable trays on-site connection final inspection, power up and validation

Sensitive electrical or electronic equipment, components and devices (ESD sensitive elements) may be damaged or destroyed by electrostatic discharges (ESD) in the immediate vicinity. Electrostatic discharges can come from people or through handling ESD sensitive components (e.g. during production, assembly, transport, storage etc). Electrically conductive products which conform to DIN EN 61340-5-1 are essential within electronic environments to prevent an electrostatic discharge. These products can be used for ESD applications or in ESD protection areas (EPA) in accordance with DIN EN 61340-5-1. Safety: These ESD products can also be used for devices, components and protection systems in areas with high risk of explosion. Use of these ESD products prevents the occurrence of electrostatic spark discharges, eliminating the potential ignition of gases and dusts which could lead to explosions in enclosed spaces.

Axon' design and manufacture composite cables specially designed to meet customer requirements irrespective of the application. They are able to resist the most demanding electrical, mechanical and environmental requirements. Advantages Dependent on the application Flexibility Flexlife, resistance to torsion Resistance to fuel, heat and solvents EMI protection Resistance to sterilisation (medical application) Construction Flat or round construction integrating flat or round wires, coaxial cables, tubes, shielded cables, ... Hybrid electrical, electro-optical cables Composite cables insulated with fluorinated materials, heavy metal free materials, halogen free materials, PTFE, celloflon®, vitax™, PEEK, silicone and other materials suited for your applications Applications Electromechanics Engines Machines Robots Medical imaging Endoscopy Radars Missiles Electronic systems Satellite cabling Research, ...

Stamped leadframes are designed to support and accomodate electronic components and PCBA. They can be made with full or selective tin, nickel, silver or gold plating depending on the final requirement. They can be made with pressfit terminals to be inserted into Printed circuit boards. 3 D stamped leadframes can also be designed to your needs. Overmolded leadframes made with high performance plastic resins are designed to support components which are protected in a housing. The overmolding housing allows for the integration of : - the connection area for power components bonding - the output connector to the customer interface - specific terminals to accomodate components to be soldered in electric capacitors for example.

We manufacture finish machined rings or rough machined bushes in bronze, brass, copper alloys, special alloys

We manufacture rough or fully machined circuit breaker ring for electrical motors in copper alloys or pure copper

We manufacture rough or fully machined circuit breaker bush for electrical power plant in copper alloys or pure copper

We manufacture rough or fully machined collectors and tubes for electro galvanization lines in pure copper

Ceramic components offer significant advantages over metal and plastic parts . They have a dimensional stability at high temperatures. They are good electrical insulators. They do not outgas in vacuum environment. Ceramics are inert materials and resistant to many gases and chemicals. They show high thermal insulating properties or high thermal dissipation. Applications and products Advanced ceramics are used in solid-state lasers (Nd-Yag..), gas lasers, fibre lasers, diode lasers, high-power laser diodes and IPL systems. Typical customized products from Microcertec are high-voltage insulators ionisation electrode plates, insulators for electrical feedthroughs,corona insulators, electrical insulators resistant to gas corrosion and plasma discharges, reflectors, heat sinks, 3D metallized ceramics, structural parts than can be brazed.

Ceramic components offer significant advantages over metal and plastic parts . They have a dimensional stability at high temperatures. They are good electrical insulators. They do not outgas in vacuum environment. Ceramics are inert materials and resistant to many gases and chemicals. They show high thermal insulating properties or high thermal dissipation. Applications and products Advanced ceramics are used in solid-state lasers (Nd-Yag..), gas lasers, fibre lasers, diode lasers, high-power laser diodes, IPL, as well as in optoelectronic devices - optical optical sensors / imaging, infra-red detectors... Typical customized products from Microcertec are electrical insulators resistant to gas corrosion and plasma discharges, reflectors, heat sinks, 3D metallized sensor carriers, structural parts than can be brazed, sensor holders.

Microelectronic circuits continuously require new packaging technologies. Ceramic substrates are widely used in this field for their good dimension stability, high electrical insulation as well as their resistance to high temperature. But it is now possible to create microelectronic circuits on 3D carriers made with ceramics. This new type of component integrates electrical and mechanical functions on a same carrier, which gives a wider scope in terms of design and integration. Microcertec has developped a unique expertise to manufacture these ceramic 3D interconnection devices - CI3D - based upon high-precision ceramic grinding of a 3D carrier, thin-film metallizing and laser etching. These 3D interconnect carriers demonstrate the advantages of being made with advanced ceramics but they also offer miniaturization capabilities, enhanced reliability and more simple integration stages. In actual fact, the geometry of the carriers offers a 3D arrangement so that microelectronic...