Manufacturing & Materials
The sintering method for diamond grains was first reported by Bundy et al.1)
However, residual cobalt within the diamond structure degrades its properties.
A mixture of statically synthesized diamond and shock-synthesized wurtzite boron nitride (hereafter wBN) was sintered under static high pressure,
Metalinked is building an AI orchestration platform for advanced manufacturing, aerospace supply chains, and mission-critical hardware teams. In high-stakes environments like aerospace, space systems, defense manufacturing, and complex hardware production, delays are rarely caused by one obvious failure. They often come from fragmented supplier information, slow RFQ cycles, hidden part constraints, outdated spreadsheets,
The proposed Poultry Waste Processing Unit is a decentralized, zero-waste bio-refinery designed to convert poultry and meat processing waste into valuable products while addressing one of the growing public concerns in many Indian cities—stray dog aggression caused by open dumping of meat waste. Every day, large quantities of poultry waste, including fats, feathers, bones, blood,
High-frequency wireless communication, automotive radar, satellite systems, and compact electronic devices are rapidly increasing the demand for materials that can suppress unwanted electromagnetic noise. In particular, millimeter-wave and high-frequency signals are easily affected by reflection, crosstalk, and electromagnetic interference. Conventional absorbers based on polymers, carbon materials, or ferrites can be useful,
Epoxy resins are essential materials used in fiber-reinforced composites, coatings, and adhesives across transportation, renewable energy, construction, electronics, and consumer products. Despite their importance, nearly all commercial epoxy systems are manufactured overseas from petroleum-derived feedstocks containing bisphenol-A (BPA), and conventional thermoset composites cannot be recycled.
BCD-Tube™ Universal Tube-Reinforcement System
For the first time, a single parametric tube architecture delivers field-tunable bending stiffness across an order-of-magnitude range — without re-manufacturing, without replacing the tube, and without custom tooling.
Insulated Gate Bipolar Transistors (IGBTs) are pivotal power semiconductor devices that enable efficient energy conversion and control across electric vehicles, industrial automation, and renewable energy systems. As IGBT modules evolve toward higher voltage and power density, their encapsulation materials must meet increasingly demanding electrical, thermal, and mechanical requirements.
AXELERON™ GP BK NF Telecom and Power Cable Compounds represent a transformative advancement in cable jackets, eliminating intentionally added per- and polyfluoroalkyl substances (PFAS) from high-volume polyethylene-based cable compounds while preserving the performance required for modern infrastructure. Electrical power and telecommunication networks form the backbone of global connectivity,
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