Single Tank Horizontal Jar Mill for Laboratory Grinding and Mixing

Horizontal Jar Mill

Single Tank Horizontal Jar Mill for Laboratory Grinding and Mixing

Item Number: PP-HJ01

Maximum Jar Capacity: 3000 ml Roller Speed: 900 r/min Output Particle Size: 1-20 µm
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Product Overview

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The single tank horizontal jar mill is a high-performance laboratory instrument engineered for precise grinding and homogeneous mixing of a wide variety of materials. Utilizing a frictional processing mechanism, the mill rotates a cylindrical grinding jar on two durable polyurethane-coated rollers, creating a controlled cascading motion that reduces particle size efficiently. This robust system is ideal for processing small, medium-low hardness, brittle, dry, or low-viscosity samples, making it an essential tool for research and quality control laboratories.

This versatile unit excels in applications across material science, geology, ceramics, pigments, pharmaceuticals, and chemical industries, where achieving consistent particle size distributions from 1 to 20 µm is critical. With a jar capacity range of 250 ml to 3000 ml, it seamlessly scales from small-batch testing to pilot production. The ability to perform both dry and wet grinding, as well as milling under inert gas or vacuum conditions, ensures that even oxygen-sensitive or moisture-reactive samples can be processed without compromise.

Designed with reliability and user safety in mind, this mill integrates a powerful 250W motor, electronic roller positioning (classic or positioning type), and a comprehensive suite of safety features including overload protection, emergency stop, and a power-off memory function. The IP65-rated enclosure provides protection against dust and water jets, while CE certification confirms compliance with international safety standards. Its low-maintenance design, combined with quick roller replacement and a durable polyurethane coating, guarantees long-term, trouble-free operation in demanding lab environments.

Key Features

  • Wide Jar Compatibility: The mill accommodates grinding jars from 250 ml to 3000 ml, available in materials including zirconia, tungsten carbide, agate, nylon, stainless steel, and polyurethane. This broad selection allows users to tailor jar properties—hardness, abrasion resistance, contamination risk—to precisely match the sample type, ensuring clean and consistent results across diverse applications.
  • High-Speed Roller System: Twin polyurethane-coated rollers driven by a robust 250W motor achieve a maximum speed of 900 r/min, producing a vigorous yet uniform grinding motion. The carefully balanced roller assembly minimizes vibration, enabling stable operation even at full speed and contributing to extended mechanical lifespan and reduced noise.
  • Flexible Grinding Modes: The equipment supports dry grinding, wet grinding, and protective atmosphere milling (inert gas or vacuum), making it adaptable to a wide spectrum of materials. This versatility is critical for processing oxygen-sensitive compounds, moisture-avoiding samples, or when contamination must be strictly controlled.
  • Precision Particle Control: With an initial feed size of less than 5 mm, the mill consistently achieves output particle sizes in the range of 1 to 20 µm, depending on material properties and grinding duration. The programmable timer and variable operation modes (continuous, intermittent, alternating) allow fine-tuning of the milling process for repeatable particle size distributions.
  • Intelligent Operation & Safety: An intuitive control panel offers electronic roller positioning (classic or positioning type), digital timing, and selection of grinding cycles. Safety features include emergency stop, overload and dangerous operation protection, and a power-off memory that restores settings after power loss, enabling unattended operation with confidence.
  • Easy Maintenance & Durability: The electric sliding roller mechanism facilitates quick, tool-free roller changes, minimizing downtime. Integrated LED lighting and a transparent protective cover allow real-time process observation, while the IP65-rated enclosure and heat dissipation design ensure reliable operation in dusty or wet laboratory environments.

Applications

Application Description Key Benefit
Geological and Mineral Analysis Grinding rock, ore, and mineral samples to a fine powder for XRF, XRD, or ICP analysis. The mill ensures homogeneous particle size for accurate elemental quantification. Reliable sub-20 µm particle size improves analytical precision and reproducibility.
Advanced Ceramic Processing Mixing and milling ceramic precursors, glazes, and technical ceramics to achieve uniform composition and fine particle size before sintering. Contamination-free grinding with choice of jar material (e.g., zirconia) preserves ceramic purity.
Battery Materials R&D Preparing cathode and anode materials, solid electrolytes, or other battery components under inert gas protection to prevent oxidation and moisture absorption. Inert atmosphere capability ensures material stability and consistent battery performance.
Pigment and Coating Dispersion Dispersing and reducing particle size of pigments for paints, inks, and coatings to enhance color strength and stability. Uniform particle distribution leads to higher color intensity and coating quality.
Pharmaceutical Formulation Micronizing active pharmaceutical ingredients (APIs) and excipients under controlled conditions to improve dissolution rates and bioavailability. Fine and narrow particle size distribution supports consistent drug performance.
Cosmetic Powder Production Grinding and blending mineral pigments, talc, and other cosmetic powders to achieve a smooth, ultra-fine texture for high-end makeup products. Consistently fine powder improves sensory feel and product excellence.
Powder Metallurgy Grinding and mixing metal powders for additive manufacturing or conventional powder metallurgy processes, using durable stainless steel or tungsten carbide jars. High-hardness jar materials withstand abrasive metal powders, ensuring long equipment life.
Chemical and Catalyst Research Preparing catalysts, fillers, or chemical compounds where particle size and homogeneity are critical to reaction efficiency. Flexible grinding parameters allow optimization for a wide range of chemical systems.

Technical Specifications

The following table details the technical specifications for the PP-HJ01 single tank horizontal jar mill. All values conform to CE standards and represent the standard configuration; custom options are available upon request.

Parameter Value
Model PP-HJ01
Processing Principle Friction
Sample Characteristics Fine, medium-low hardness, brittle, dry or low viscosity
Processing Type Grinding, mixing
Max. Feed Size <5 mm
Output Particle Size Range 1–20 µm
Number of Grinding Jars 1
Max. Jar Volume 3000 ml
Min. Jar Volume 250 ml
Jar Materials Zirconia, tungsten carbide, agate, nylon, stainless steel, polyurethane (others on request)
Grinding Media Shapes Spherical, cylindrical
Grinding Ball Materials Zirconia, tungsten carbide, agate, stainless steel, corundum
Grinding Methods Dry, wet
Inert Gas/Vacuum Protection Yes
Roller Count 2
Roller Speed 900 r/min
Roller Coating Material Polyurethane
Roller Movement Electric control
Roller Type Classic / Positioning
Key Functions Continuous, intermittent, alternating grinding; emergency stop; timer; overload/dangerous operation protection; power-off memory; electric sliding roller; quick roller replacement
Additional Features LED lighting, protective cover, heat dissipation
Electrical 100-120V/200-240V AC, 50-60 Hz, 250W
Power Plug Standards GB, EU, US, UK (others available)
Net Weight 35 kg
Dimensions (W×D×H) 410 × 470 × 310 mm
Protection Grade IP65
Certification CE

Why Choose This Product

  • Proven Long-Term Reliability: The mill's IP65-rated construction, combined with a heavy-duty frame and high-quality polyurethane rollers, ensures dependable performance year after year, even in harsh and continuous-use laboratory settings. Every unit undergoes rigorous testing to meet stringent quality benchmarks before shipment.
  • Superior Build Quality and Precision: Precision-machined components and the electronically controlled roller positioning system deliver consistent grinding results with minimal variability. The stable 900 rpm drive and low-vibration design contribute to both sample uniformity and extended mechanical durability.
  • Unmatched Versatility and Customization: With a broad range of jar materials, grinding media options, and flexible electrical configurations (global plug standards), this system can be tailored to almost any laboratory or process requirement. Custom jar designs and specialized coatings are available upon request.
  • Comprehensive Safety and Compliance: CE certification, IP65 ingress protection, and a suite of safety features—emergency stop, overload protection, inert gas compatibility—provide a secure operating environment. The transparent safety cover with LED lighting allows safe real-time monitoring.
  • Responsive Global Support: Backed by a dedicated technical support team, we offer rapid assistance, spare parts availability, and application guidance to keep your operations running smoothly. Contact us to discuss how we can customize this solution for your unique needs.

Invest in a grinding solution built for precision and longevity. Reach out today for a personalized quotation or to explore custom configurations that fit your laboratory’s exact requirements.

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