Regulator Manufacturer Tel: +86 13380377051
Regulator Manufacturer Tel: +86 13380377051
Jewellok, as pressure regulators and valves manufacturer, we do lost of research about fluid & gas controling . Our control valves are designed for fast response times and guaranteed flow rates to help you optimize operations and reduce costs for maximum return on investment.
Jewellok's control valves are also designed for extreme applications. They are built to handle corrosive media, high temperatures, pressures and resistance to wear and corrosion.
Jewellok is focus on the latest technology of HPGS & UHP, and we always develop the regulators and valves for the pressure control system.
Combating Corrosive Environments: The Application of Corrosion-Resistant Exhaust Gas Scrubbers in Electroplating and Pickling Workshops Electroplating and pickling processes are fundamental to modern manufacturing, yet they generate highly corrosive and toxic exhaust fumes. These emissions pose significant risks to…
How to Select an Industrial-Grade Exhaust Gas Scrubber System: A Technical Procurement Guide The Stakes of Industrial Air Compliance In the modern industrial landscape, the exhaust gas scrubber is not merely an ancillary component; it is a critical piece…
The Next Generation of Air Pollution Control: Engineering Principles and Innovations in High-Efficiency Exhaust Gas Scrubbers As global industrial activity intensifies, the pressure on manufacturers to meet stringent environmental regulations has never been greater. Exhaust gas scrubbers, or “wet scrubbers,”…
SHENZHEN, CHINA – Jewellok Technology Co., Ltd., a leading innovator in high-precision fluid and gas control systems, today announced the expansion of its Ultra-High Purity (UHP) infrastructure portfolio with the latest generation of its Chemical Delivery Systems (CDS) and Chemical…
Wet vs. Dry Exhaust Gas Scrubber Equipment: Which One Suits Your Chemical Process? In the complex and highly regulated world of chemical processing, managing airborne emissions is not just an environmental responsibility—it is a critical component of operational integrity…
High Purity Stainless Steel CDM Gas Cabinet for Semiconductor Manufacturing The relentless march of semiconductor technology, governed by Moore’s Law, demands ever-shrinking geometries and increasingly complex device architectures. This progression places extreme requirements on the purity of the materials used…
Ensuring Precision in Semiconductor Manufacturing: An In-depth Look at ETO Gas UHP Valve Design and Materials The modern integrated circuit, the silent brain behind nearly every piece of technology we use, is a marvel of miniaturization and complexity. Transistors,…
Mastering Ammonia (NH₃): How Ultra-High Purity Pressure Regulators Address the Material Compatibility Challenge in Semiconductor Processes The relentless march of Moore’s Law demands ever-shrinking geometries and increasingly complex thin-film deposition techniques. In this hyper-pure environment, the gases used in semiconductor…
Laboratory Gas Supply System Upgrade: How Dual-Stage Regulators Enhance Analytical Precision? In the demanding environment of modern analytical laboratories, precision is not just a goal; it is the currency of credibility. Whether it is for Gas Chromatography (GC), Inductively…
NFPA / OSHA Standards for Medical Gas Manifold Systems: Ensuring Safety and Compliance In the modern healthcare environment, the administration of medical gases—such as oxygen, nitrous oxide, medical air, and carbon dioxide—is as critical as any surgical procedure or…
Xenon Gas Regulators for Analytical Instruments (GC-MS, ICP-MS) In the realm of high-precision analytical chemistry, the purity and stability of carrier and reagent gases are paramount. While gases like helium, argon, and nitrogen are the workhorses of the laboratory, xenon…
Medical Gas Safety: The Critical Role of Valve Design in Preventing Cross-Connection and Misconnection 1. The Invisible Lifeline, Fatal Risks of Intolerance In the modern healthcare system, the medical gas network is aptly called the hospital’s “lifeline.” From anesthetic gases…