Company News


The Application of Xadias Spiral Mesh Conveyor Belt in Pastoral Regeneration

Xiamen Xiadias, guided by the philosophy of "high-quality filtration media to build a clean production system," is dedicated to providing comprehensive solutions for livestock farming, environmental protection projects, and solid-liquid separation in agriculture. The innovative application of spiral mesh belts not only helps farms achieve efficient, energy-saving manure management but also paves the way for a new model of agricultural circular economy and sustainable green development.

13

2025

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10

Application Case | Xadias Spiral Mesh Belt in Municipal Sludge Belt Press Filter Systems

The spiral mesh belt, as the core filtration medium of belt press filter machines, plays a critical role in dewatering municipal sludge. Xiamen Xiadias has significantly enhanced filtration efficiency and durability by utilizing high-strength monofilament materials, precise weaving techniques, and specialized surface treatment technologies. Their independently developed ultra-high-pressure belt filter machine belts effectively reduce sludge moisture content, promoting sludge volume reduction and energy-saving applications, thereby supporting the green and efficient development of the municipal wastewater treatment industry.

11

2025

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10

China's Nano-Micron Powder Filter Press Technology to Be Showcased at IPB 2025

The future of industrial filtration is focused on precision and sustainability, two areas where CITIUS is a clear leader. As a national high-tech enterprise and an industry standard-drafting unit, CITIUS is dedicated to continuous research and development. The company’s presence at IPB 2025 underscores its commitment to collaborating with global partners to address the most complex filtration challenges.

10

2025

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10

Xiamen Xiadias has been invited to attend the 2025 National Forum on Innovation and Development of Nanometer Metal Powder/Slurry Preparation and Applications.

Xiadis fully understands that the application of nano-metal powders and slurries is not only an emerging market but also a strategic cornerstone for driving the advancement of advanced manufacturing. Looking ahead, the company will continue to ramp up R&D investments, focusing on three key areas: high-efficiency filtration, intelligent control, and industrial-scale adaptability, to propel technological innovation and market adoption of next-generation nanomicro-powder filtration systems. At the same time, Xiadis will collaborate closely with upstream and downstream partners to jointly explore additional application opportunities for nano-powders in fields such as electronics, photovoltaics, semiconductors, new energy, and biopharmaceuticals, helping industries achieve a transformative leap—from breakthroughs in materials to upgrades across entire industries.

28

2025

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09

Industrial Filter Cloth in Horizontal Vacuum Belt Filters for Titanium Powder, Quartz Sand, and Mineral Processing

The combination of industrial filter cloth and horizontal vacuum belt filters has become a backbone technology for handling fine powders such as titanium powder, quartz sand powder, and other mineral-based materials. By ensuring precise separation, chemical resistance, and continuous operation, this system not only enhances powder purity but also drives efficiency across industries from aerospace and semiconductors to glass and metallurgy. For companies seeking reliable solutions in mineral processing and powder purification, investing in advanced filter cloth technologies is not just a cost decision—it is a strategic step toward higher product value, lower operational risks, and future-ready industrial performance.

17

2025

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09

Invitation | Meet in Xiamen, Xiamen Xiadias invites you to the 2025 China Sludge Treatment and Disposal Industry Event!

At this conference, Xidiya will showcase high-performance filter cloth and filter belts along with typical application cases on-site, and engage in face-to-face discussions with industry experts about the latest trends in solid-liquid separation technology. We sincerely look forward to exploring innovations and practices in the sludge treatment industry with you, jointly promoting efficient and green development in the sector.

01

2025

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09

Application and Development Prospects of New Nano-Micron Powder Filter Machines

The new nano-micron powder filter machine, based on independently developed filter media preparation technology (Patent No.: ZL 202211217869.2), achieves a maximum retention accuracy of 25nm, enabling high-precision, fully sealed solid-liquid separation. The equipment uses a diaphragm pump + compressed air drive method, completing filtration within a sealed chamber to avoid material contact with the external environment, effectively preventing secondary contamination. Its independent cleaning pipeline and compressed air drying system allow recycling of cleaning liquid, ensuring the material is clean and dry. Through the unique "material flow channel opening technology," the equipment maintains unobstructed flow channels during both filtration and cleaning stages, avoiding blockages and cleaning dead zones, achieving continuous and stable operation. This equipment is widely used in fields such as battery materials, non-metallic minerals, fine chemicals, ceramic building materials, metal powders, pharmaceuticals and food, superhard materials, and high-tech materials. With its high precision, environmental friendliness, and stability, it is gradually becoming an important device for upgrading the powder industry, promoting the sector towards greener, smarter, and higher-end development.

22

2025

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08

Exhibition Review: Citius Filter at IPB 2025, Showcasing Nano & Micro Filtration Technology!

2025 marks a pivotal year for the global powder industry’s acceleration toward high purity, sustainability, and intelligent manufacturing. As industries such as new materials, electronics, biopharmaceuticals, and fine chemicals demand higher cleanliness, lower energy use, and finer separation precision, filtration — the “last mile” of the process — is taking on an increasingly strategic role.

14

2025

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08

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