Welcome to our Insight blog where you will find stories and announcements that pertain to the industries Pyrotek serves, from aluminium to zinc galvanizing to glass to acoustics to battery materials and more.
MAPSA Has Chosen Pyrotek for Advanced Degassing Technology Expansion.
Pyrotek delivered an insulating solution that enabled a customer in Eastern Europe to reduce energy consumption related to their steel ladle by EUR€250,000 per year and delivered a return on their investment in less than three months.
Constellium Muscle Shoals' aluminium manufacturing operation in Muscle Shoals, Alabama, USA, presented Pyrotek with a "Contractor of the Year Award," following molten metal furnace refractory relining and maintenance work. Since 2015, Pyrotek's refractory services team has been providing refractory linings for furnaces, crucibles, and troughs for Constellium Muscle Shoals.
At 2.5 tonnes capacity for molten metal, a Pyrotek Ceramite® Dual-Cast Crucible transfer ladle is the largest in use today at any foundry in Western Europe. It’s currently performing successfully for premium automotive foundry in Germany.
Pyrotek safely cleans furnaces and associated launders, removing dross, corundum, and oxides by utilizing specialized tools, fluxes, and inert gas when necessary.
Foundry operators and aluminium processors work to reduce downtime, and would like to avoid it altogether for something like damaged or worn floor tiles. There’s enough to worry about already with furnaces, troughs and casting stations.
Pyrotek Transfer Line is Ideal Customized Solution for Foundry in Spain – And Right on Time in Urgent Situation During Holiday Production Shutdown
Pyrotek delivered and installed a 19.5-meter (64-foot) transfer line (launder) with infrared heating lids at CIE C. Vilanova, a high-pressure die casting plant in Barcelona, Spain. A previously installed transfer line provided by another vendor was leading to freezing aluminium, metal overflows, and unsafe conditions.
Automotive Assembly Plant in Mexico Selects Pyrotek’s Rigid Glasweve® Filters as Standard Filter for Casting Cylinder Heads
The aluminium foundry at a major automotive operation in Mexico is now using Rigid Glasweve (RGW) filters as part of its cylinder head casting process, finding after a large-scale trial that RGW reduced scrap compared with the use of ceramic foam filters (CFF).
Foundries that perform permanent mould casting and sandcasting processes today are taking advantage of yet another innovation from Pyrotek—its new Rigid Glasweve® (RGW) filtering technology.
CASE STUDY: Cable Casting Operation Turns to Pyrotek Experts For Advanced Molten Copper Transfer Solution
As a result of this longer lasting transfer launder, the copper caster is now in a position where maintenance has decreased and metal cleanliness has improved, delivering measurable savings.
A large aluminium producing plant in Turkey has found that choosing a Ceramite® refractory lining for its crucibles increased the service life of the linings by five times - and resulted in easier and reduced maintenance, along with increased efficiency and more production time.
Rigid Glasweve® (RGW) filters have been chosen as the preferred filter for the casting process, in a sand-casting application, at a major automotive parts caster in Spain, Saint Jean Industries – Valladolid (SJI).
Pyrotek is known internationally for its high-quality precision machined graphite parts for float glass operations. These graphite parts are relied upon to make the highest quality architectural and automotive glass products.
“Along with the exceptional heating performance, testing has proven the burner is capable of preheating the largest, most-dense CFFs, even in a dual-staged design where one filter is above another," says Aleš Bláha, Project Manager at Pyrotek’s Blansko Engineering Center.
Pyrotek Coatings Expert: Right Product and Application Will Protect Your Capital Investments and Improve Your Metal Quality Now
Choosing the correct coating and using it wisely will extend the life of a substrate, and, the better the coating, typically the more casts obtained between recoating activities.