Industrial Potting Compounds
Reliable Protection for Electrical and Electronic Assemblies in Demanding Environments
Industrial applications place the highest demands on electrical insulation, thermal management, and long-term reliability. Our industrial potting compounds provide dependable protection for sensitive components against moisture, dust, chemicals, vibration, and thermal stress. The result is enhanced operational reliability, extended service life, and maximum process stability.
Your Challenge
Electrical and electronic components are exposed to extreme conditions every day. Moisture, dust, vibration, temperature fluctuations, and demanding electrical requirements can significantly impact the performance and longevity of sensitive assemblies.
- Harsh operating conditions in continuous-use environments
- High requirements for electrical insulation
- Thermal stress and heat buildup
- Protection against dust, moisture, and chemicals
- Long-term reliability of critical systems
Our Solution
Our industrial potting compounds are specifically engineered to provide long-lasting protection for sensitive components while enhancing the performance of electronic systems.
- Effective electrical insulation
- Robust potting solutions for demanding environments
- High thermal conductivity for optimized thermal management
- Protection against corrosion, moisture, and mechanical stress
- Reliable performance throughout the entire product lifecycle
Key Benefits
Technology & Specifications
Material Technologies
Our industrial potting compounds are based on advanced polymer technologies:
- RAKU® PUR – Polyurethane Potting Compounds
- RAKU® POX – Epoxy Potting Compounds
- RAKU® SIL – Silicone Potting Compounds
Each material system is engineered to meet the specific mechanical, thermal, and electrical requirements of the respective application.
Processing
- Compatible with all standard dispensing systems
- Suitable for both automated and manual manufacturing processes
- Excellent process reliability through consistent and reproducible material properties
- Customized adjustment of reactivity and viscosity
Technical Highlights
- Thermal conductivity up to 4 W/mK
- Glass transition temperatures from -70 °C to +155 °C
- Wide hardness range from Shore 00 to Shore D
- Customizable reactivity profiles
- Excellent electrical insulation properties
- Outstanding resistance to environmental influences
Certifications & Expertise
Industrial applications require materials that perform reliably over the long term. Our industrial potting compounds are developed and manufactured according to strict quality standards and meet the requirements of leading OEMs and industrial electronics manufacturers.
Certifications
- ISO 9001
- ISO 14001
- IATF 16949
- UL 94
- RTI according to UL 746B
Potting solutions for inverters, power supplies, power modules, and energy management systems.
- Optimized thermal management through thermally conductive materials
- Protection of sensitive components against thermal and mechanical stress
Safe operation of sensitive sensors and electronic assemblies, even under challenging environmental conditions.
- Protection against moisture, dust, and chemical exposure
- Mechanical stabilization against vibration and shock
High-performance potting compounds for motors, windings, and electronic control systems.
Improved heat dissipation for increased efficiency
Reduced vibration and enhanced operational reliability
Reliable protection for electronic components in sensitive medical applications.
- High electrical insulation and reliable shielding
- Extended service life of medical devices
Global Support. Anytime. Anywhere.
FAQ
Industrial potting compounds provide reliable protection for electrical and electronic components against moisture, dust, chemicals, vibration, and thermal stress. They enhance operational reliability, extend component service life, and ensure consistently high performance in demanding industrial applications.
Potting compounds provide reliable electrical insulation, protect sensitive components against environmental influences, and support efficient thermal management. As a result, failure risks are reduced, maintenance requirements are minimized, and the long-term reliability of industrial systems is enhanced.
Industrial potting compounds are used across a wide range of applications, including control and automation systems, sensor technology, power electronics, transformers, connectors, switchgear, and electrical as well as electronic assemblies. They provide reliable protection against environmental influences and help ensure long-term operational reliability and performance.
Potting compounds provide reliable electrical insulation, protect sensitive components from environmental influences, and support efficient thermal management. This reduces the risk of failure, minimizes maintenance requirements, and increases the long-term reliability of industrial systems.
The selection of an industrial potting compound depends on various factors, including the operating temperature range, mechanical stress, chemical resistance, heat dissipation requirements, and processing conditions. Modern potting compounds are specifically formulated for each application to ensure optimum protection, efficient manufacturing processes, and maximum component service life.
Every application has unique requirements for protection, thermal conductivity, flexibility, and mechanical strength. Custom-engineered potting compounds enable precise adaptation to the component, operating environment, and manufacturing process. As a result, product quality, process efficiency, and long-term reliability can be significantly enhanced.