Glass feedthroughs
Bolt feedthroughs – Electrical feedthroughs – Adapted glass feedthroughs
Custom-designed electrical feedthroughs for conducting currents and signals through different media/atmospheres
EXPERIENCED SPECIALIST ENGINEERS
DEVELOPING
HIGH VERTICAL RANGE OF MANUFACTURE
PRODUCTION
MORE THAN JUST DELIVERY
SERVICE
Basic structure and system integration
A special glass feedthrough, also called a bolt feedthrough, current feedthrough, flange feedthrough and cable feedthrough, which usually consists of a pressure body, the contact pin(s) and the glass body (insulator), can be individually designed depending on the intended use.
It can be integrated into complex technical structures, such as measuring heads or sensors, through soldering, bonding, welding or screwing, depending on the application. The processing of highly refined steels and novel materials such as titanium and tantalum is just as much part of our services as the use of technical glass and high-performance ceramics. In-house surface finishing of the contact pins and/or the outer surfaces of special glass feedthroughs facilitates contact through soldering, plugging or bonding.
Our specialist engineers work together with the customer’s developers to develop individually tailored solutions. The various shape and design options, right up to completely assembled assemblies, are suited to even the most demanding applications. The high vertical range of manufacture in the company in a short and transparent value chain guarantees safe and controlled processes. Both sample batches and series production quantities of more than 300,000 pieces per year can be produced from one glass feedthrough.
- In-house electroplating
- Gold plating (fine gold, hard gold, chemical gold)
- Assembly tailored to customer requirements
- X-ray fluorescence analysis (in-house radiation protection officer)
- Leakage measurement, pressure test, roughness test
- Corrosion measurement
- Insulation resistance test
- Layer thickness measurement
Technical specifications
The following parameters can be achieved with a glass feedthrough according to the current state of the art:
- Outer diameter 3…150 mm
- High temperature resistance > 450 °C
- High pressure load capacity > 4500 bar
- High chemical resistance
- Absolute gas tightness 1 * 10-9 mbar l / s
- High dielectric strength > 4 kV
- High electrical Riso > 1 TΩ
Anfragebogen für Glasdurchführungen
