Bioceramics are transforming medicine with their biocompatibility and structural properties, supporting applications in implants, wound healing, and bone regeneration.
"Military grade" sounds tough, but what does it really mean? This article explains the difference between marketing claims and official military specifications (MIL-SPEC), helping you understand what truly meets defense standards.
By Atif Suhail
26 Jun 2025
This article explores the key challenges in electric vehicle (EV) battery production, including material shortages, supply chain risks, and technology limitations—and how global policy and industry responses are shaping the future.
By Ibtisam Abbasi
16 Jun 2025
Superaustenitic stainless steels are high-performance alloys engineered for extreme environments. With superior corrosion resistance and strength, they’re ideal for marine, chemical, and nuclear applications, offering a cost-effective alternative to fully nickel-based materials.
By Simran Arora
10 Jun 2025
CO2 hydrogenation is a promising strategy for converting greenhouse gases into valuable fuels and chemicals. This article explores how advanced catalyst materials—ranging from metal oxides to zeolites—are transforming CO2 into methanol, methane, and more.
Vanadium redox flow batteries (VRFBs) offer scalable, long-duration energy storage to stabilize renewable energy grids. This article explores their design, performance, and real-world applications, plus the challenges they must overcome to go mainstream.
By Ibtisam Abbasi
27 May 2025
Battery passports aim to boost transparency and sustainability across the battery lifecycle. This article explains what they mean for researchers and material suppliers, and how new regulations are shaping global supply chains.
By Muhammad Osama
19 May 2025
Algae-based polymers are emerging as a sustainable, biodegradable alternative to conventional plastics, offering eco-friendly applications in packaging, medicine, and 3D printing.
By Atif Suhail
13 May 2025
Learn how carbon fiber is manufactured from PAN, cellulose, and pitch precursors through polymerization, spinning, stabilization, carbonization, and surface treatment to create strong, lightweight materials for high-performance applications.
304 and 316 are the most common food-grade stainless steels, each offering excellent hygiene and durability. This guide compares their corrosion resistance, temperature tolerance, and cost to help you choose the right material for food processing applications.
By Atif Suhail
2 May 2025