Providing Cutting-Edge Solutions in Industrial Manufacturing Technologies
from the macroworld to the nanoscopic.
ABOUT US:
Applying advanced metal powder technologies and solutions years ahead of the rest
Operating as a B2B entity, Mecronan provides various bespoke technologies, know-how, manufacturing techniques, and applications as turn-key solutions in the production of highly advanced and specialised parts comprised of sintered metallic powders of varying composition. These parts are created as either filters, catalysts, injection-mould inserts or complex high-surface-area substrate surfaces for deposition and production of advanced materials. This is achieved using advanced materials science and engineering metallurgy knowledge and processing techniques.
OUR PRODUCTS & SERVICES:
Pioneering Applications Using Advanced Metal Powder (AMP) Technologies:
Mecronan specialises in various proprietary techniques for powder metallurgy processing and manufacturing complex structures from 3D design master-patterns for the industrial sector. All AMP technologies we provide are specially formulated solutions where complex structures are manufactured through multi-stage furnace processes, derived from sintered metal powders of varying compositions, with nano perforations and gaps homogenously scattered throughout the entire matrix of the part, and are designed according to the specification required for their intended applications.
Fast Mould Technology (FMT): Mould Inserts for Injection Moulding
A complete multi-stage furnace process for producing high complexity mould inserts of 100% solid crystal density. The resulting parts are of high quality, hardness and durability, capable of up to 5 million production cycles, and are used for high performance injection moulding applications across various industries. The finished product can then be machined or shaped into the injection mould cavity for high-volume production.
High-Surface-Area Substrates (HSAS)
A multi-stage furnace process for producing substrate surfaces of high surface area and complex design, used for material deposition through chemical processing and dissociation.
High-Surface-Area Catalysts (HSAC)
A multi-stage furnace process for producing catalyst surfaces of high surface area and complex design from specified materials required for its application. HSAC are in solid form and do not mix with the end product. Therefore, no further chemical processes are required post-reaction as there is no lost catalyst to recover.
Gas Separation Filter Assemblies (GSFA)
A shorter multi-stage furnace process for producing filters of high internal porosity for gaseous material separation in refinery, chemical and petrochemical processes. Filters are made of metals of varying bespoke composition, of selective and pre-determined micro/nano gaps scattered homogenously and by design throughout the structure, produced with any required complexity that is required for rapid filtration or separation.
