Industry Blogs

Reverse osmosis systems operate under continuous high pressure, making material selection for membrane pressure vessels critical. This article explains why UPVC cannot handle the m

Choosing a complete FRP tank package can significantly reduce your overall system cost and installation time. Instead of purchasing separate components, a bundled set includes the

FRP (Fiberglass Reinforced Plastic) tanks are widely used in water softeners, filtration, and RO systems — but many buyers are unclear about what accessories are actually included.

Choosing the right nanofiltration (NF) membrane is crucial for water treatment efficiency and cost control. This article provides an in-depth comparison between Vontron VNF series

In this article, you’ll learn exactly how to calculate the amount of media for any FRP tank model, with simple formulas and real examples (including the popular 3072 FRP tank).

This blog explores how feed water pH impacts reverse osmosis systems, including effects on membrane integrity, scaling risk, and salt rejection. It covers ideal pH ranges (6.5-8.5)

Sudden yellow well water may result from iron/manganese oxidation, sediment from heavy rain, or corroded pipes. This guide covers causes, health risks, and fixes: from flushing sys

Learn RO system recovery rate basics, calculation formulas with examples, key factors (water quality, membrane design), and industry standards to optimize efficiency while avoiding

This article details 5 practical methods to remove calcium from water (sorted by efficiency), analyzes health risks of excess calcium, and provides a 3-step guide to choose solutio

Discover the essential 2025 guide to industrial RO membrane housings – the critical pressure vessels protecting your water purification systems. This comprehensive resource decodes

Discover the critical differences between parallel and series configurations in RO membrane systems. Learn which design improves efficiency, reduces costs, and meets your water tre

In the water treatment industry, the naming rules of reverse osmosis (RO) membrane models are like "technical codes", which directly affect the matching degree of equipment and ope