PU potting for power supplies, transformers, battery modules, sensors and connectors. Configure for viscosity, mixing ratio, dosage and dispensing location.
Find your product, then click an equipment name to view configurations and specifications.
Potting inside LED drivers and power modules for specified insulation and moisture-protection requirements. Check PU compound ratio, viscosity and dosage.
The main machine dispenses material. Automated paths and positioning can be assessed as a configuration choice; separate machines are not automatically required.
Potting transformers and coil assemblies to fill enclosure gaps. Assess PU compound, potting depth and curing conditions. Electrical performance must be verified on the product.
Confirm dispensing volume, mixing and motion paths. Specify separately whether vacuum, curing and inspection are included.
Local filling and dispensing for battery modules. Check material, location and dosage. Thermal conductivity, flame resistance and electrical requirements need material and product verification.
This describes dispensing equipment. Positioning, protection, inspection and full-line safety need separate assessment; no complete-line performance is implied.
Potting proximity sensors, position sensors and small sensor modules with PU compound. Assess cavity size, potting volume and curing conditions.
First check viscosity, ratio, pot life and shot size. Small-dose metering and needle positioning need trials; micro-dispensing capability is not assumed.
Potting and sealing connector backs, wiring-harness joints and small junction boxes. Check PU material, dispensing position and cable fixtures.
First check viscosity, ratio, shot size and dispensing position. Cable fixtures, paths, curing and seal testing are defined for the project.
Describe your product, materials and target output to discuss equipment and auxiliaries.
Product photos or samples, dimensions, weight, material brands and grades, and forming requirements.
Mold structure and dimensions, material usage per item, target output and shifts.
Available space, power, air, temperature control and vacuum facilities, plus existing equipment information.
One machine or a full line, movements to integrate, schedule and assistance required.
