Availability: | |
---|---|
Quantity: | |
1000 LPH RO membranes are commonly categorized by their physical dimensions:
Spiral-Wound RO Membrane: This is the most widely used configuration for RO membranes. Spiral-wound membranes consist of a flat sheet membrane material wound around a permeate tube. The winding creates a spiral structure, allowing for a large membrane surface area within a compact module. Spiral-wound RO membranes are typically available in different sizes, such as 4 inches, 8 inches, or 16 inches in diameter, and can vary in length depending on the specific model.
Hollow Fiber RO Membrane: Hollow fiber membranes feature a bundle of tiny, hollow fibers bundled together within a module. Each fiber has a porous membrane wall that allows water to flow through while rejecting contaminants. Hollow fiber RO membranes are generally available in larger module sizes compared to spiral-wound membranes. They can vary in length and diameter, typically ranging from 8 inches to 40 inches or more.
Besides,1000 LPH RO membrane is suitable for medium to large-scale water purification needs. This could include applications such as supplying clean water for residential buildings, hotels, hospitals, schools, or commercial establishments. It can also be utilized in industrial processes where large volumes of purified water are required for manufacturing, food and beverage production, pharmaceuticals, or power generation. the membrane size would typically correspond to the required flow rate. For a 1000 liters per hour production capacity, the specific size and configuration of the RO membrane module is customizable,would depend on the clients' needs.Please contact our account manager for details if you're interested.
Please contact our account manager for details if you're interested.
1000 LPH RO membranes are commonly categorized by their physical dimensions:
Spiral-Wound RO Membrane: This is the most widely used configuration for RO membranes. Spiral-wound membranes consist of a flat sheet membrane material wound around a permeate tube. The winding creates a spiral structure, allowing for a large membrane surface area within a compact module. Spiral-wound RO membranes are typically available in different sizes, such as 4 inches, 8 inches, or 16 inches in diameter, and can vary in length depending on the specific model.
Hollow Fiber RO Membrane: Hollow fiber membranes feature a bundle of tiny, hollow fibers bundled together within a module. Each fiber has a porous membrane wall that allows water to flow through while rejecting contaminants. Hollow fiber RO membranes are generally available in larger module sizes compared to spiral-wound membranes. They can vary in length and diameter, typically ranging from 8 inches to 40 inches or more.
Besides,1000 LPH RO membrane is suitable for medium to large-scale water purification needs. This could include applications such as supplying clean water for residential buildings, hotels, hospitals, schools, or commercial establishments. It can also be utilized in industrial processes where large volumes of purified water are required for manufacturing, food and beverage production, pharmaceuticals, or power generation. the membrane size would typically correspond to the required flow rate. For a 1000 liters per hour production capacity, the specific size and configuration of the RO membrane module is customizable,would depend on the clients' needs.Please contact our account manager for details if you're interested.
Please contact our account manager for details if you're interested.
On July 27, 2024, my colleague Carlson and I departed from Terminal 2 of Beijing Capital International Airport and arrived in Tashkent, the capital of Uzbekistan, after a 6-hour flight. Uzbekistan is an inland country in Central Asia. Russian is the common language, with a population of 36.8 million
On April 6, 2024, two representatives from our company, Youmankang, arrived in Lebanon, a country in the Middle East known for its breathtaking landscapes. With buildings nestled on hillsides, water trucks can be seen everywhere on the streets, indicating the underdeveloped seawater desalination tec
Why should the RO membrane system with reverse osmosis scale inhibitor be pretreated?The purpose of pretreatment is to remove or reduce the substances in the feed water that may cause membrane contamination, scaling and damage to the permissible range of the reverse osmosis membrane system, so as to