Search results for "intertronics"
New innovative electrically conductive adhesive from Intertronics
New from Intertronics comes Polytec EC 275 which further extends their portfolio of specialist high performance conductive adhesives. Polytec EC 275 has innovative specialist fillers which deliver excellent electrical conductivity (1x 10-3 – 7.5x10-4 Ω-cm) within a low cost, two component formulation for applications in electronics, micro-electronics, opto-electronics, hybrids and sensor technology.
Intertronics Offer Pin Point Precision With P-Dot Electro-Pneumatic Jetting Valve
Intertronics, together with their sales partners Liquidyn, are now addressing those applications where very precise non-contact micro dot dispensing is required, in the range of 3 – 200 nl, e.g. for oil, grease, adhesive, silicone, paint, flux, medical products, and many other materials typically used in electronics, automotive, packaging, medical, cosmetics, pharmaceutical and food industries – even filled materials.
Electrically conductive polyurethane adhesive
Intertronics are delighted to announce availability of Polytec PU 1000, an electrically conductive polyurethane which addresses applications in die attach, bonding of components in hybrid circuit applications and surface mount technology; areas where silver filled electrically conductive adhesives have been used for many decades.
Intertronics focus on adhesives and adhesive systems for Medical Device Manufacture
This year at Med-Tech Innovation Expo, 10-11 April 2013 at the Ricoh Arena, Coventry - on stand 6 - Intertronics will be focusing on adhesives and adhesive systems for medical device manufacture - how to address issues such as biocompatibility, process validation, structural integrity and production simplicity in the bonding of plastics, metals, ceramics and other substrates commonly used in this arena.
Intertronics Pots the Green For Variohim
In setting up a new production project for in-house potting of temperature probes the engineers at Variohm considered a number of well-known industry standard potting compounds – and they called in the materials specialists at Intertronics.
New Micro Drill from Intertronics for PCB Rework
The new CircuitMedic Micro Drill system from Intertronics is versatile and powerful – making it ideal for milling, drilling, grinding, cutting and sanding circuit boards. It removes coating, cuts circuits, cuts leads, drills holes, cuts slots, shapes FR4 and performs many other procedures using various interchangeable bits.
Intertronics And Liquidyn Enhance High Performance Dispensing Applications
As technologies develop in industries such as electronics, energy, packaging, medical devices, cosmetics and pharmaceuticals and automotive, Intertronics have understood the need for ever more precise, reliable dispensing of micro quantities of adhesives and similar materials.
Microcapsules In Adhesive Dispensing Technology
These days, we can find microcapsules in almost every industrial sector, where they take numerous roles. However, dispensing these fragile materials can be a problem since clearly it is important that the microcapsules be undamaged by the dispensing process. In adhesive technology, microcapsules can fulfil several functions. For example, microcapsules may be an integral part of the control of reaction and curing processes. Some anaerobic “t...
New high temperature resistance polyimide adhesives from Intertronics
New from Intertronics comes the Polytec PT range of state-of-the-art polyimide adhesives. These polyimide-based chemistries provide excellent thermal resistance, superior to other typical organic adhesives. They are characterised as modified polyimide single component, solvent containing adhesives and coatings which are applicable in the temperature range from 240°C to 500°C.
The Endless Piston Pump Technology For Precision Dispensing
Intertronics have today announced the release of a new whitepaper on the technology of high precision, high repeatability in the dispensing of fluids, pastes and 2 part mixes – even with abrasive fillers. The paper describes the concept and execution of such a system with notes on its use and application.