Data sheet: Circuitworks flux remover pens from Intertronics
Circuitworks flux remover pens data sheet
This data sheet from Intertronics provides product data and physical properties regarding its Circuitworks flux remover pens, which are designed specifically to remove all types of flux. The Rosin flux remover pen quickly cleans type R, RMA, and RA flux residues. The No-Clean flux remover pen precisely removes both organic and synthetic low-solid no-clean fluxes.
Click on the link above to download the data sheet.
According to Peter Swanson, managing director at Intertronics, the lubrication of mechanical and electromechanical assemblies should be a precise science, with applied material volume and placement accuracy critical to effectiveness. No one expects the control buttons in their car to leave grease on their fingers. Operators of precision equipment do not expect to find their parts contaminated by lubrication from the bearings.
British LED manufacturer Plessey Semiconductors has made the transition from the manufacturing development phase (where manual methods of material preparation and application often suffice) to full production by employing automated mixing and dispensing technologies from Intertronics.
The engineers at optical instrument maker Gooch & Housego use a high-specification UV cure adhesive in a military application. The adhesive is premixed with microspheres to ensure bondline thickness. However, the company recently experienced problems in getting a homogenous dispersion of microspheres in the mix — which could lead to poor fitment of the optical element and subsequent removal, cleaning and re-working. As a result Flynn Barrett, in charge of the assembly process, turned ...
Peter Swanson, managing director of Intertronics, will deliver a seminar titled ‘Adhesive and coating dispensing — meeting the challenges of technology manufacturing’ at the FAST Exhibition on 22 April at Silverstone Circuit in Northamptonshire.
Polytec PU 1000 is a single-part adhesive from Intertronics that cures quickly at room temperature to a flexible, electrically conductive polymer. It can replace traditional epoxies that are rigid and require thermal processing, giving production efficiencies and enabling new applications where pliability and conductivity are important.