Is particle size distribution controllable enough for nano-scale research?

Yes. The system supports precise control of energy input to achieve nano and submicron particle sizes.

High Efficiency Ball Milling Machine Laboratory Planetary Ball Mill Chemical Powder Application

Name: High Efficiency Ball Milling Machine Laboratory Planetary Ball Mill Chemical Powder Application
Brand: Hunan Jingshengda Ceramic Technology Co., Ltd.
SKU: 2296642615

Hunan, ChinaHunan Jingshengda Ceramic Technology Co., Ltd.

US$2,598.00

1 Set

US$2,469.00

2+ Sets

Product profile

Customization

Available

Type

Planetary Ball Mill

Power Source

Electricity

Model NO.

KD-WXQM-1L

Object

Grinding Mill

Application

Laboratory

Disc(Wheel) Type

Grinding Disc

Material

Metal

Working Style

High-speed universal

Disc Diameter

180mm

Variable Speed

With Variable Speed

Product Name

Horizontal Planetary Ball Mill

Weight

86kg

Voltage

220V-50Hz

Core Components

Belt, Gear

Power Supply

0.75kw

Rotation Speed

70-670 Rpm

Working Position

4 Working Positions

Matchable Jar Volume

250ml

Feed Size of Material

Less Than 10mm

Warranty

18month

After Warranty Service

Video Technical Support, Spare Parts

After-Sales Service Provided

Free Spare Parts, Field Installation...

Transport Package

700*510*570mm

Specification

Trademark

JINGSHEND

Origin

Hunan, China

HS Code

8479909090

Production Capacity

50000 Pieces/Year

Key features

Horizontal planetary design reduces vibration and improves milling stability, ensuring more consistent particle size distribution compared to vertical systems.

The horizontal layout provides more uniform energy distribution, reducing dead zones and improving overall grinding efficiency in comparison with vertical mills.

Designed for high energy impact grinding, achieving ultrafine and nano-scale powder production for advanced material research applications.

Widely used in battery material development, improving particle dispersion and consistency of cathode and anode materials.

Ensures uniform grinding of ceramic powders with controlled particle size distribution for industrial and laboratory applications.

Flexible operation allows dry and wet grinding modes to meet different material processing requirements in R&D and production environments.

Compatible with zirconia, agate, stainless steel and other jars, enabling cross-material comparative testing in laboratory research.

Advanced control system ensures stable speed and energy output, improving reproducibility in scientific research and material development.

Capable of producing ultra-fine powders with controlled particle size, suitable for nanomaterial and advanced composite development.

Widely used in research institutions for material formulation, testing and optimization before industrial scale-up production.

Company profile

High Repeat Buyers ChoiceIn-stock CapacityR&D CapabilitiesDigital Management Enterprise

Hunan Jingshengda Ceramic Technology Co., Ltd.

Hunan, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2016-03-23Nearest Port: Shanghai, Guanzhou,ShenzhenAverage Response Time: ≤2.01hTerms of Payment: T/T, PayPal, Western Union, etc.International Commercial Terms(Incoterms): FOB, EXW, CFR, CIF, DAP, CIP, CPT, FCA

AI-Powered supplier vetting

SummaryThe supplier reports more than 10 years of industry experience, offers OEM and ODM services, and supports customization from samples and designs. It has two R&D engineers, documented R&D design inputs and outputs, and CAD/Photoshop capabilities, but reports no new products in the past year and no available SDK. Export-related evidence is mixed: exports account for 90% of sales and the supplier has self-operated import/export rights, while the stated export history is two years. The supplier claims in-stock capability and lead times within 15 working days in both peak and off-season, but has no overseas warehouse, showroom, agent, or branch. After-sales evidence includes a one-year product warranty, while certification, customer cases, and detailed production capacity are not provided.

Supplier typeThe supplier presents itself as an experienced manufacturer/service provider for lab ball mill machines, grinding jars, and grinding media, with OEM and ODM capabilities, self-operated import/export rights, and reported in-stock capability. It also provides design-based and sample-based customization, indicating a manufacturing supplier with export-oriented services.

After-Sales capabilityThe supplier explicitly states that it provides a one-year warranty for products and related accessories. It also describes pre-sale support including inquiry feedback within 12 hours and free grinding experiments and particle-size testing, but the slices provide limited detail on post-sale repair, replacement, or service processes.

Production capacityThe supplier reports in-stock capability and average lead times within 15 working days during both peak and off-season periods. It also lists 30 qualified suppliers for service capability, but the stated assessment procedures have no records and production scale, equipment, capacity, and quality-control performance are not provided.

Customization capabilityThe supplier explicitly supports customization from samples and designs and provides ODM services. Two R&D engineers and CAD/Photoshop tools further support design implementation, although the slices do not quantify customization capacity or project complexity.

Product Q&A

Q:What makes this suitable for serious industrial R&D instead of just lab testing?

The controlled speed and energy system ensure high repeatability across multiple batches, which is critical for industrial R&D workflows.

Q:Can we scale lab results to pilot or production level confidently?

Yes. Kingda system is widely used for process development before scale-up, helping reduce risk in industrial transition.

Q:Why should we choose a horizontal planetary ball mill instead of a vertical type for R&D work?

Horizontal structure provides more stable energy distribution and lower vibration, which improves repeatability and reduces experimental deviation compared to vertical systems.

Q:How does it perform in ceramic powder processing compared to traditional mills?

It provides more uniform particle distribution and better homogeneity than conventional grinding equipment.

Q:Can we test multiple formulations under the same conditions?

Yes. It is ideal for comparative material testing under controlled and repeatable conditions.