Automotive profiles - Import export

DATAPAQ temperature profiling systems include high-accuracy industrial-strength data loggers, analysis software, thermal barriers, and thermocouples. DATAPAQ AutoPaq is a customized thermal profiling system for temperature monitoring of paint, adhesive and sealant cure processes used in the automotive assembly market. Offering up to 20 channels of measurement in a single system, Datapaq AutoPaq is the perfect tool for performing detailed cure validation of new installations or optimizing existing lines for new models. With real time RF capability, the system may also be the preferred choice for routine live monitoring of paint operations as part of standard QA procedures. Range of silicone-free barriers providing safe and contamination-free options to suit single and multi-run operations Oven Insight Professional software written for the automotive paint engineer to perform process QA or full validation quickly, efficiently and accurately

Designed to be accurate, repeatable, and easy to operate IEC584 color standard (green) for type K thermocouples Strong crimped plug/cable attachment CLAMP thermocouples clip to non-ferrous components Clamp Surface for measuring substrate temperature Clamp Air for measuring ambient temperature ADHESIVE PATCH thermocouple Ultrafast response, single strand and PTFE coated Minimal thermal mass – ideal for small items or plastics EXPOSED-JUNCTION thermocouples for use on test pieces that are left permanently rigged Attached to the substrate by spot welding, soldering, use of high-temp tape or screw EXPOSED-JUNCTION THERMOCOUPLE – HIGH-TEMPERATURE featuring a glass-fiber cable Attached to the substrate by high-temp tape or screw, or spot-welded into position Placed at critical points on the product, thermocouples enable temperature profiling with a DATAPAQ Oven Tracker. All DATAPAQ probes conform to the highest standards and provide the most accurate data possible.

Strong crimped plug/cable attachment Circular cable cross section to reduce kinking and twisting Various cable lengths available Types: MicroMag surface + air thermocouples Easy to place, ideal for difficult-to-access car body shell areas Encapsulated magnet design allows reliable direct use even on wet painted and e-coated substrates IRMAG surface thermocouple Designed to measure ferrous substrates in IR cure ovens Robust alternative to Adhesive Patch thermocouple, combines easy attachment and fast thermocouple response Magnetic surface + air thermocouples Magnet offset from sensor prevents heatsink effect PTFE handle for easy removal or repositioning PTFE-coated to prevent sticking Aluclamp surface thermocouple Clips onto the edge of an aluminum car hood or other nonferrous panel Allows measurement of surface temperature at center of panel Aluminum automotive thermocouples with a spring-loaded bobbin for use on aluminum car body shells

The automotive industry standard in thermal profiling Multiple oven tests possible before returning to PC Process Pass/Fail at oven exit Up to 16 measurement locations in a single run Hard wired real-time data analysis from batch ovens Fully customizable and easy-to-use Insight analysis software Wide range of thermal barriers (silicone-free) & thermocouples to suit your process needs DATAPAQ temperature profiling systems comprise high-accuracy industrial-strength data loggers, thermocouples, thermal barriers, and analysis software.

The automotive industry standard in thermal profiling of paint cure processes Silicone-free technology Multiple oven tests possible before returning to PC Process Pass/Fail at oven exit Up to 16 measurement locations in a single run Hard wired real-time data analysis from batch ovens Fully customizable and easy-to-use Insight analysis software Wide range of thermal barriers & thermocouples to suit your process needs

The Plasmajet® (registered AFS trademark) produces a plasma without a vacuum. The plasma, generated by high voltage in combination with any process gas, is blown out of the unit, and is potential-free. It is used for surface modification. When the plasma comes into contact with a plastic surface, the wettability is increased. Metal surfaces can effectively be cleaned, and it is also possible to weld plastic sheets. The system comprises of a plasma reactor with nozzle, a high-voltage generator with transformer and high-voltage rectifier. The application field for Plasmajet® is mainly where geometric, three-dimensional bodies or profiles are to be coated, printed, glued or cleaned. Typical application examples: Treatment of EPDM profiles for the automotive industry before flocking Treatment of adhesive grooves before gluing the lens of car headlights Treatment of razors and mobile phones before tampon printing Degreasing aluminum profiles before bonding