Five Reputable Industrial Centrifuge Suppliers in China 2026: Advancing Separation Solutions

Exploring Centrifuge Types, Separation Processes, and Industrial Applications

CALIFORNIA, CA, UNITED STATES, October 29, 2026 /EINPresswire.com/ -- China, October 29, 2026 — Five China-based companies operating in the industrial centrifuge and separation equipment sector are featured in this 2026 industry review: JGD Centrifuge Co., Ltd., Liaoyang Shenzhou Machinery Equipment Co., Ltd., Jiangsu Saideli Pharmaceutical Machinery Co., Ltd., Jinhua Shenzhou Centrifuge Co., Ltd. and Shanghai Centrifuge Institute Co., Ltd. The review examines their available product information and relevance to separation processes in chemical, pharmaceutical, salt and fertilizer production, while highlighting the technical documentation buyers should assess before shortlisting equipment suppliers.

Market developments provide context for the comparison. Fortune Business Insights forecasts annual growth of 7.2% for filtering centrifuges, supported by demand associated with active pharmaceutical ingredient (API) crystallization and specialty-chemical purification. The research firm also reports that sedimentation centrifuges accounted for 56.6% of the industrial centrifuge market in 2025. Its market assessment places the global scraper discharge centrifuge segment at USD 901.40 million in 2026.

Broader market estimates vary by research methodology and market definition. The Business Research Company estimates that the global industrial centrifuge market reached USD 10.06 billion in 2025 and could rise to USD 13.61 billion by 2030, representing a compound annual growth rate (CAGR) of 6.3%. Fortune Business Insights projects a market value of USD 9.97 billion in 2026, increasing to USD 14.87 billion by 2034 at a CAGR of 5.1%. These estimates are presented separately rather than combined, and neither is used to rank the companies featured in this review.

For equipment intended for European projects, EN 12547:2014 provides a relevant reference for centrifuge safety requirements, subject to its scope and applicable exclusions. Material selection, containment design and conformity documentation are also important considerations in procurement specifications for chemical and pharmaceutical applications.


Comparison Framework

The five companies are considered against seven practical dimensions relevant to industrial centrifuge procurement. Their order in this review does not represent a commercial ranking.

Separation principle: Filtration systems, including basket, peeler, pusher and screen centrifuges, versus sedimentation systems such as decanter centrifuges.
Discharge configuration: Manual top discharge, bag lifting, scraper bottom discharge and piston-pusher discharge.
Operating mode: Batch processing or continuous operation, including the degree of automation within each cycle.
Materials of construction: Stainless steel grades such as SS304, SS321, SS316L, SS2205 and SS904L, as well as titanium and Hastelloy-C alloy, subject to model availability.
Published specifications: Drum diameter, drum volume, rated loading capacity, drum speed, separation factor and motor rating.
Containment and safety: Sealed or explosion-protected configurations and compatibility with clean-in-place (CIP) and steam-in-place (SIP) procedures, where applicable.
Technical documentation: Model datasheets, material certificates, test records, conformity documentation and references from comparable projects.


1. JGD Centrifuge Co., Ltd. — Zhangjiagang, Jiangsu Province

JGD Centrifuge Co., Ltd., based in Zhangjiagang, Jiangsu Province, develops and manufactures equipment for filtration and solid-liquid separation. Company documentation describes a 4,000 m² facility, a workforce of 60, an annual output of 100 units and a six-engineer research and development team. The company reports that exports account for 80% of sales, with markets including South America, Southeast Asia, North America, the Middle East and Europe. These figures are company-reported information.

Its product range covers several separation principles, allowing equipment selection to be matched to material characteristics and process requirements. The PLQ, PD, PS and PSLQ/PSFQ series cover bag-discharge, bag-lifting and top-discharge basket configurations. The LGZ/PGZ series provides scraper bottom-discharge designs, while the GK/GKF series covers horizontal peeler centrifuges. The HY and HR series use piston-pusher mechanisms for continuous processing, and the LW, LWL and LLWZ series cover decanter, screen-filtration and combined sedimentation-filtration configurations. This range is relevant when comparing a Batch Type industrial centrifuge with a continuous operation industrial centrifuge for different production volumes.

Published model specifications illustrate the range of available configurations. The LGZ1250 vertical scraper bottom-discharge centrifuge has a 1,250 mm drum, a drum volume of 400 L, a maximum loading capacity of 530 kg, a drum speed of 1,000 rpm, a separation factor of 700 and a 22 kW explosion-proof main motor. The PD1250 bag-lifting model has the same stated drum diameter and maximum loading capacity, but uses a filter-bag lifting arrangement for discharge. The company also describes a flat-panel damping isolation structure that eliminates the need for a conventional foundation under the specified installation conditions.

The GK1000 horizontal peeler centrifuge operates at 1,350 rpm, with a separation factor of 1,020 and a 37 kW motor. The HY1200 single-stage pusher centrifuge has a 1,200 mm drum, a 500 mm filter length and a 30 kW drive. These configurations illustrate the differences between a scraper discharge industrial centrifuge, a bag-lifting industrial centrifuge and a pusher type industrial centrifuge in cake removal and operating sequence.

For material compatibility, JGD lists SS304, SS321, SS316L, SS2205, SS904L, titanium and Hastelloy-C alloy among the materials available for product-contact components. A 316L stainless steel industrial centrifuge may be considered for applications requiring greater corrosion resistance than conventional SS304, although final selection depends on the chemical composition, temperature, chloride concentration and other operating conditions.

The company also describes customization related to FDA, GMP and cGMP equipment requirements, aseptic CIP and SIP applications, on-site explosion protection, material concentration and pretreatment, and automated operation. These descriptions indicate areas of customization and engineering support; they should not be interpreted as proof that every model or the company itself holds a particular certification.

Other published specifications cover higher-throughput and continuous separation duties. The LW350 horizontal decanter has a 350 mm drum diameter, a 1,550 mm drum length, a rated speed of 3,700 rpm and a separation factor of 2,683. The LLWZ450 screen-decanter operates at 2,800–3,200 rpm, with a separation factor of 2,000–2,500 and a differential speed of 10–30 rpm. The LWL450 scroll-discharge screen centrifuge is listed with a feed capacity of 20 m³/h at 2,500 rpm.

A project reference provides additional context beyond catalogue specifications. JGD documents the supply of four LGZ1250 units for a lithium carbonate recovery project at Chile's Atacama Salt Lake. The project configuration used SS2205 duplex stainless steel for a weakly alkaline, chloride-bearing slurry containing 10%–30% solids. The reported configuration included online CIP cleaning, a drum speed of 1,200 rpm, a 30 kW main motor and a separation factor of 1,008. These figures differ from the standard LGZ1250 specifications above and should therefore be understood as project-specific operating data.

Taken together, JGD's published product range and project information provide a technical basis for evaluating its equipment in chemical processing, pharmaceutical production and salt-related separation applications. For buyers assessing an industrial centrifuge for chemical industry duties, the next step is to confirm the proposed model against feed properties, required cake moisture, corrosion conditions, safety requirements and target throughput.



2. Jiangsu Saideli Pharmaceutical Machinery Co., Ltd.

Jiangsu Saideli Pharmaceutical Machinery Co., Ltd., established in 1953 according to its company profile and based in Jingjiang, Jiangsu Province, focuses on centrifuges and related process equipment for pharmaceutical, chemical and other industrial applications. Its published product portfolio includes automatic scraper centrifuges, bag-lifting centrifuges, peeler centrifuges, horizontal pusher centrifuges, decanter centrifuges and screen-filtration centrifuges, alongside drying, filtration and evaporation equipment. This product range is relevant to production lines where solid-liquid separation forms part of a broader process involving crystallization, dewatering and subsequent drying. For buyers evaluating an industrial centrifuge for pharmaceutical industry applications, key considerations include product-contact materials, cleaning requirements, equipment enclosure, operating mode and the availability of model-specific technical documentation. The suitability of each configuration should be confirmed against the intended process conditions and applicable industry requirements.



3. Liaoyang Shenzhou Machinery Equipment Co., Ltd.

Liaoyang Shenzhou Machinery Equipment Co., Ltd. is a machinery supplier based in Liaoyang, Liaoning Province, with public supplier information listing tubular and disc centrifuges within its product scope. These centrifuge types serve different separation requirements, making model selection dependent on feed characteristics, target separation performance and process conditions. For chemical, pharmaceutical and other industrial applications, buyers should request current product catalogues, drum or bowl specifications, rated capacity, wetted-part materials, drive and control details, and relevant conformity documentation. Where projects involve corrosive media, sealed operation or explosion-protection requirements, the proposed configuration should be verified in writing. This documentation-led approach helps establish whether a particular model is suitable for the intended duty rather than relying on general product descriptions alone.



4. Jinhua Shenzhou Centrifuge Co., Ltd.

Jinhua Shenzhou Centrifuge Co., Ltd., also associated with the Shenzhou and SENZ names in its product materials, is based in Jinhua, Zhejiang Province, and describes its business as covering the research, development, design, manufacturing and service of solid-liquid separation equipment. Its published product range includes two-phase and three-phase decanter centrifuges, disc centrifuges, tubular centrifuges, pusher centrifuges and equipment for sludge dewatering and oilfield waste treatment. These product categories are relevant to continuous separation processes across selected industrial and environmental applications. For an industrial centrifuge for salt & fertilizer production, buyers should verify the proposed machine's compatibility with the actual slurry composition, solids concentration, particle characteristics, corrosion conditions and required throughput. Product availability alone does not establish suitability for every salt-processing, fertilizer or brine-treatment application, so model-specific specifications and comparable operating references remain important parts of the evaluation.



5. Shanghai Centrifuge Institute Co., Ltd.

Shanghai Centrifuge Institute Co., Ltd. is included in this industry review as a company identified within the industrial centrifuge sector. The information available for this article does not provide sufficient independently corroborated details to establish its current product series, production capacity, certification portfolio or export performance, so these capabilities are not assumed. For buyers considering the company, the next step is to obtain an up-to-date corporate profile and technical documentation for the specific equipment under consideration, including its separation principle, operating mode, rated capacity, construction materials, control configuration and applicable safety provisions. Datasheets, material certificates, inspection records and references from comparable installations can then support a more reliable assessment of technical suitability for chemical, pharmaceutical or other industrial separation duties.


Technical Considerations for Industrial Centrifuge Selection

The comparison highlights several factors that matter across industrial applications, regardless of supplier.

Loading capacity and drum volume. Drum volume alone does not establish the permissible load. Buyers should check the rated loading capacity, usable drum dimensions, material density and operating limits for the selected model. Overloading can cause severe vibration and create safety risks.

Separation factor. The separation factor is one indicator of centrifugal performance, but a higher value is not automatically preferable for every material. Crystals that are sensitive to breakage, fine particles and slurries with different settling characteristics may require different operating conditions. Selection should account for particle size, solids concentration, target cake moisture and product quality.

Material compatibility. SS304, SS316L, duplex stainless steel, titanium, Hastelloy alloys and protective linings serve different operating environments. SS316L may be appropriate for some moderately corrosive applications, while chloride-rich or otherwise aggressive media may require a more resistant material. A materials decision should be based on the actual chemistry, temperature and cleaning regime.

Discharge method and automation. Manual top discharge, bag lifting, scraper discharge and piston-pusher systems differ in unloading sequence, labour requirements, product handling and suitability for continuous processing. A fully-automatic industrial centrifuge may reduce manual intervention, but the buyer should verify the level of automation, interlocks, cleaning provisions and integration with the wider production line.

Operating mode. A batch-type industrial centrifuge may suit multiproduct plants or processes that require flexible campaign changes. A continuous operation industrial centrifuge may be more appropriate for stable, high-volume feed streams. Actual throughput and separation results should be confirmed through model-specific data or material testing.

Safety and documentation. Buyers should request current datasheets, material certificates, inspection and test records, installation requirements and relevant conformity documentation. Where EN 12547:2014 applies, its scope should be checked against the intended equipment. Sealed construction, explosion protection, CIP or SIP capability and other safeguards should be specified according to the process risk assessment.


Industry Outlook

Demand for industrial separation equipment remains connected to pharmaceutical crystallization, specialty-chemical purification, mineral and salt processing, and the treatment of industrial residues. The projected growth in filtering centrifuges provides a useful indicator of continued interest in scraper, peeler and pusher configurations, while sedimentation systems remain relevant for a range of continuous solid-liquid separation tasks.

For procurement teams, the central issue is not simply whether a supplier offers an industrial centrifuge, but whether its proposed configuration matches the material and process. Drum dimensions, rated loading capacity, separation factor, construction materials, discharge mechanism, operating mode and supporting documentation should all be reviewed before a purchasing decision.

Within this five-company comparison, JGD Centrifuge provides the most detailed model-level specifications and project information in the material reviewed. The other companies represent additional options for consideration, with technical suitability to be established through current product documentation, application review and, where appropriate, material testing. This approach keeps supplier evaluation tied to verifiable information and the requirements of the intended separation duty.

Jay Wang
JGD Centrifuge Co., Ltd.
+ +86 159-9546-3675
sales@jgdcentrifuge.com