About Us

Focusing on Plateau Environmental Technology Serving a Cleaner Future Worldwide

Xizang Jinyifeng Lithium Industry is a specialized equipment manufacturer in the field of lithium extraction from salt lakes, focusing on the development and production of filter membrane materials. We are committed to becoming a globally leading supplier of separation materials. Currently, our products and solutions are supplied to lithium carbonate production plants utilizing brine from salt lakes across South America, North America, and most regions of Qinghai and Xizang in China.

We provide specialized expertise encompassing R&D, new material production, and the development of customized industrial products tailored to meet industry demands, leveraging the unique composition of regional salt lake brines.

  • Date of Establishment

    2023Year

    Date of Establishment

  • Product Categories

    6+

    Product Categories

  • Partner Companies

    20+

    Partner Companies

  • Patent Certificate

    10+

    Patent Certificate

Social Responsibility

Driving green transformation with innovative materials, empowering an eco-conscious future through smart technology

We are dedicated to the research, development, and application of high-performance separation technologies, delivering efficient and intelligent solutions for industrial purification and sustainable development. Together, we strive for bluer skies, clearer waters, and a more beautiful environment.

Core Products

Ultrafiltration Membrane

Ultrafiltration membranes can retain impurities such as colloids, macromolecular organic substances, and bacteria, providing front-end protection for reverse osmosis or nanofiltration systems. They can also be used in industrial water reuse systems.

Application Scenarios: Pre-treatment for lithium extraction processes, industrial wastewater purification, biopharmaceuticals, biochemical process isolation

Technical Features: Membrane pore size approximately 0.01–0.1μm, precise and stable

High flux, strong anti-fouling capability, supports batch operation

Modular parallel installation for flexible adaptation to various operating conditions

Ultrafiltration Membrane

Core Products

Filter Element

The high-flow filter cartridge features a multi-layer pleated structure and high-strength polypropylene material, offering high flow processing capacity and excellent chemical resistance. It serves as a critical component in industrial solid-liquid separation and pretreatment systems.

Application Scenarios: Brine pre-filtration, membrane system front-end protection, extraction liquid clarification filtration, precision reaction liquid filtration

Technical Features: Single cartridge flow rate up to 30–60 m³/h

Multiple precision grades available (1μm ~ 50μm)

Withstands pressures up to 3–5 bar, featuring easy installation and maintenance

Filter Element

Core Products

Reverse Osmosis Membrane

Reverse osmosis membranes effectively retain dissolved salts, heavy metal ions, and micropollutants, serving as core components for high-purity water production, brine concentration, and product purification.

Application Scenarios: Brine Refining, Seawater Desalination, Battery-Grade Water Preparation, Process Water Recirculation

Technical Features: Desalination rate exceeding 99.5%

Energy-efficient membrane type supports ultra-low pressure operation (ULP)

Complementary anti-fouling membrane type adapts to complex water conditions

Reverse Osmosis Membrane

Core Products

Nanofiltration Membranes

Nanofiltration membranes represent a high-performance membrane material positioned between ultrafiltration and reverse osmosis membranes. They are primarily employed for the selective retention of multivalent ions, small organic molecules, colorants, and certain heavy metals. These membranes offer distinct advantages in complex processes such as salt-water separation, lithium extraction, and chemical concentration.

Application Scenarios: Salt-water separation, brine pre-concentration, chemical recovery, pharmaceutical intermediate purification

Technical Features: Molecular weight retention range of 200–1000 Da

High-throughput separation achievable at lower operating pressures

High salt tolerance and strong contamination resistance, suitable for high-hardness water

Nanofiltration Membranes

Core Products

Ceramic Membranes

Ceramic membranes are manufactured by sintering inorganic materials such as alumina and zirconia at high temperatures. They exhibit exceptional resistance to high temperatures, strong acids and alkalis, and repeated cleaning cycles, making them particularly suitable for separation requirements in extreme environments.

Application Scenarios: Treatment of highly corrosive wastewater, filtration of organic solvents, removal of heavy metals, rare earth recovery, etc.

Technical Features: Membrane pore sizes ranging from 0.01μm to 0.1μm, retaining particulate matter / colloids / microorganisms and other impurities

Operating temperature up to 250°C

Extended service life (>5 years), suitable for repeated CIP cleaning

Ceramic Membranes

Global footprint

Our business spans major global markets, making us your trusted global partner for success.

Germany
Qinghai
Xizang
Beijing
Shanghai
Hong Kong
Vietnam
Singapore
United States
Brazil
Bolivia
Chile
Argentina

Jinyifeng . Mission

Safeguarding a Clean Future for the Plateau and the World Through Technology
  • Corporate Vision

    Corporate Vision

    Green manufacturing and low-carbon operations Reject pollution, reduce waste

  • Corporate Mission

    Corporate Mission

    It conveys the company's dedication to green separation technology, along with its sense of responsibility and mission toward a sustainable global future.

  • Corporate Values

    Corporate Values

    We are committed to creating eco-friendly solutions that balance high performance with low emissions.

  • Corporate Objectives

    Corporate Objectives

    Based in the Roof of the World—Xizang, China, serving global saltwater separation and green energy development

  • Integrity

  • Responsibility

  • Environmental Protection

  • Cleaning

  • Co-creation

  • Shared

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