Views: 0 Author: Site Editor Publish Time: 2026-05-23 Origin: Site
Full-range Adaptation! Jiangsu RANA PFA Branched Nozzles Empower Industrial Upgrading of High-end Sectors including Semiconductor, New Energy and Pharmaceuticals
Market News: As advanced semiconductor process nodes iterate, the new energy industry experiences explosive growth, and aseptic standards in the pharmaceutical industry continue to improve, demand for ultra-clean, highly corrosion-resistant fluid storage and transmission components has surged. Drawing on 32 years of accumulated fluoromaterial technology, Jiangsu RANA has developed PFA single-flange branched nozzles covering the full diameter range from DN15 to DN300, with customizable non-standard structures. The products are fully adaptable to the four core sectors of semiconductors, chemicals, biomedicine and new energy, supporting equipment upgrading and efficient production in high-end industries.
In the semiconductor wet process field, these branched nozzles are used as liquid replenishment, drainage and sampling ports for wafer cleaning tanks, etcher chambers and chemical supply drums. They withstand highly corrosive media such as high-purity hydrofluoric acid and nitric acid, release no metal ions, meet the ultra-clean requirements for processes below 14nm, and ensure wafer yield and production stability.
In the chemical anti-corrosion equipment sector, Jiangsu RANA's PFA branched nozzles replace the traditional "PTFE gasket + metal flange" structure, and are applied as feed/discharge ports and instrument interfaces for PTFE-lined steel reactors, storage tanks and electroplating tanks. They completely resolve industry pain points including gasket aging and sealing surface corrosion, significantly reducing equipment maintenance costs and safety accident risks.
In the biomedicine and food processing fields, the products comply with GMP and FDA certification requirements, and are suitable for connection ports of bioreactors, aseptic storage tanks and food batching tanks. They withstand high-temperature steam sterilization, carry no risks of plasticizer migration or microbial adhesion, and ensure aseptic safety in pharmaceutical and food production.
In the new energy industry, these branched nozzles are used for lithium battery electrolyte storage tanks and hydrofluoric acid purification equipment interfaces. They resist electrolyte corrosion and release no metal ions, preventing impurities from affecting battery cycle life and safety performance, and meeting the large-scale, high-reliability production requirements of the new energy industry.