Recently, OQITOP completed a customized extra-large circular copper wire mesh for one of our long-term university customers in Chile. The copper mesh was specially manufactured for a filtration research...

Recently, OQITOP completed a customized batch of circular titanium mesh filters for a university customer in Munich, Germany. The customer is conducting a series of laboratory filtration experiments and...

OQITOP recently completed a customized batch of copper foam for Seoul National University in South Korea, supporting a university research project focused on Electric Double-Layer Capacitors (EDLCs). The...

OQITOP New Materials Co., Ltd. has completed and shipped a customized batch of C276 Hastelloy resin filter mesh for a project involving South Korea and Harvard University in the United States. The order...

OQITOP recently participated in the China New Materials Exhibition, a key industry event that brings together leading enterprises, research institutes, and application developers from across the advanced...

OQITOP New Material Co., Ltd. has completed the production and shipment of 5,000 custom titanium mesh pieces for a PEM hydrogen electrolyzer research project at Seoul National University in South Korea. The...

OQITOP has launched a dedicated laboratory research and development program focused on next-generation nickel foam materials, aiming to deliver higher performance solutions for energy storage, thermal...

OQITOP, a specialist in porous metal materials, successfully showcased its latest line of metal foam products at the recent International Metal Materials Exhibition. The company highlighted its core portfolio,...

In high‑end electrochemical and fluid systems, filtration is no longer just about “blocking particles.” It is about protecting sensitive components, maintaining stable flow, and ensuring long‑term performance...

In the push toward clean energy, fuel cells are at the heart of many next‑generation power systems—from vehicles and backup power to distributed energy. But as operating conditions become harsher, traditional...