Dual-shaft High Speed Disperser LDSH-T2013

Introduction

Dual-shaft High Speed Disperser offers a working travel of 1000mm, allowing the mixing shafts to move vertically across a wide range. It is constructed from high-grade stainless steel, ensuring corrosion resistance and durability. The disperser features stringed plates mounted on a dual-axle system, providing rapid mixing and dispersion of complex materials. Our dual-shaft high speed disperser grinds material to an ultra-fine consistency, ensuring uniform texture and improved formulation quality.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Dual-shaft High Speed Disperser is used for homogenizing high-viscosity materials. It plays a key role in chemicals, cosmetics and pharmaceuticals for the preparation of stable emulsions.

Specifications

Working Travel (mm)	1000
Single-Layer Stainless Steel Container (L)	2 × 160 L
Dispersing Blades	180 or 200
Adjustable Speed	0 to 1450 rpm
Motor Power	11 KW
Total Power	14.5 KW
Overall Size	175 mm × 80 mm × 175mm

Features

Integrated Cooling System

Rotary Blade Unit

Explosion Proof Design

Hydraulic Lifting Mechanism

Sealed Shafts Control

FAQs

1. How does the adjustable speed feature impact the mixing process in Dual-shaft High Speed Disperser ?

The adjustable speed feature in a Dual-shaft High Speed Disperser allows precise control over the shear rate and mixing intensity, which is essential for handling a variety of materials with different viscosities. Low speeds enable gentle mixing to avoid damaging sensitive ingredients or creating air bubbles, while high speeds provide strong shear forces needed for breaking down pigments or solid agglomerates. This flexibility reduces processing time and improves product consistency. Operators can optimize speed settings based on the specific formulation requirements, ensuring better control over texture and stability. The ability to fine-tune speeds also helps in scaling up production without compromising quality. Overall, adjustable speed enhances versatility and efficiency in mixing operations.

2. What is the typical power consumption of a Dual-shaft High Speed Disperser ?

It Dual-shaft High Speed Disperser varies depending on the model size, motor power, and mixing conditions. For example, models like the equipped with a motor consume power proportional to the load and operational speed. Generally, the disperser uses energy efficiently due to features like variable frequency drives () that optimize motor speed based on processing needs. Power use increases with higher viscosity materials or larger batch volumes requiring more torque. Many modern dispersers also have energy-saving modes and automated controls to reduce unnecessary consumption. Understanding typical power usage helps manufacturers estimate operational costs and implement energy management strategies in production.

3. How does shaft sealing prevent product contamination and leakage in Dual-shaft High Speed Dispersers ?

It supplies advanced Dual-shaft High Speed Dispenser Shaft sealing systems in dual-shaft dispersers are designed to create a secure barrier between the mixing chamber and external environment. Sealed shaft seals prevent process materials from leaking out, especially during high-speed or vacuum operations. They also keep external contaminants, such as dust or airborne particles, from entering the mixing zone. This is especially important in cleanroom or -compliant environments like pharmaceuticals and food processing. Mechanical seals, lip seals, or double mechanical seals are commonly used depending on application needs. Regular maintenance and inspection of seals ensure lasting performance. Effective shaft sealing not only extends equipment life but also protects product purity and operator safety.

4. How does the hydraulic lift mechanism improve operational efficiency of Dual-shaft High Speed Disperser ?

Dual-shaft High Speed Disperser allows smooth and precise vertical movement of the mixing shafts and blades. This feature enables operators to easily position the disperser for different container sizes and batch volumes without manual effort. It reduces downtime during loading and unloading processes, improving overall workflow. The hydraulic system also provides stable and controlled lifting, minimizing wear on mechanical parts. By automating the vertical adjustment, it enhances safety and ergonomics for operators. Additionally, it ensures consistent immersion depth during mixing, which is crucial for uniform dispersion and avoiding air entrainment. This makes the disperser highly adaptable for various production needs.

5. What environmental considerations are associated with operating a Dual-shaft High Speed Disperser ?

It Dual-shaft High Speed Disperser involves environmental considerations such as energy consumption, noise levels, and waste management. Modern models incorporate energy-efficient motors and controls to reduce electricity usage, minimizing carbon footprint. Noise reduction features help comply with workplace safety standards and reduce noise pollution. Proper sealing and containment prevent leaks or spills of hazardous materials during mixing, protecting the environment. Additionally, easy-to-clean surfaces reduce the use of harsh chemicals for maintenance, lowering environmental impact. Recycling of waste materials generated during production is facilitated by uniform mixing, which reduces batch rejection rates. Overall, responsible operation and maintenance contribute to sustainable manufacturing practices.

6. How does the Dual-shaft High Speed Dispenser improve mixing efficiency?

It Dual-shaft high speed dispenser significantly enhances mixing efficiency by combining two types of motion high-speed and low-speed in a single machine. The high-speed dispersing shaft rapidly shears and breaks down solid particles in liquids, promoting fast and uniform dispersion. At the same time, the low-speed shaft agitates the batch gently, ensuring consistent circulation and preventing material build-up along the vessel walls. This coordinated movement allows the disperser to handle both low- and high-viscosity materials effectively. It reduces mixing time, improves batch quality, and enhances production throughput. This dual-action capability is especially useful for formulations that require precise dispersion and consistent homogeneity across every batch.

7. What are the benefits of using a Dual-shaft High Speed Disperser in production?

It Dual-shaft High Speed Disperser offers multiple benefits across various industries. It provides superior dispersion and mixing of materials with different viscosities, making it perfect for complex formulations. The machine reduces processing time, increases batch consistency, and minimizes energy consumption through efficient design. Its dual-shaft system also helps eliminate dead zones, ensuring even distribution of all ingredients. With features like controls, hydraulic lifts, and vacuum compatibility, it supports advanced automation and process control. This leads to lower operational costs, less waste, and improved final product quality. Overall, it boosts productivity and ensures higher reliability in manufacturing operations.

8. What materials can be processed using a Dual-shaft High Speed Disperser?

It Dual-shaft High Speed Disperser is designed to process a wide variety of materials, particularly those with medium to high viscosity. It is ideal for mixing pigments in paints, emulsifying ingredients in cosmetics, blending adhesives, processing printing inks, and preparing thick food products like sauces and pastes. It can also be used in chemical and pharmaceutical industries to process gels, suspensions, and creams. The disperser's dual-motion mixing system ensures even blending of powders, liquids, and semi-solids. Its compatibility with both water-based and solvent-based materials makes it extremely versatile. Whether you're dealing with fine powders, viscous slurries, or emulsions, this equipment delivers uniform and consistent results.

9. How does the control system enhance performance in Dual-shaft High Speed Dispersers?

Dual-shaft High Speed Dispersers includes an integrated (Programmable Logic Controller) system in advanced dual-shaft dispersers automates and optimizes the entire mixing process. It allows operators to pre-set speed levels, operation time, mixing sequences, and safety limits with precision. Real-time data tracking enables monitoring of motor load, temperature, and speed, ensuring consistent batch quality. The system can also store multiple recipes, making it easy to replicate batch production and reduce human error. It supports alarms and interlocks for safety and maintenance reminders, increasing machine life. This smart automation not only boosts efficiency and accuracy but also allows seamless integration into modern production lines. It ensures reliable, repeatable, and scalable production performance.

10. Can a Dual-shaft High Speed Disperser handle vacuum or pressure mixing?

Yes, Dual-shaft High Speed Dispersers, especially advanced models, are designed to support vacuum or pressure mixing applications. Vacuum capability helps in removing entrapped air from materials during high-speed dispersion, which is crucial for achieving smooth, bubble-free formulations. This is particularly beneficial in industries like pharmaceuticals, cosmetics, and high-gloss coatings where product clarity and uniformity are essential. Pressure mixing can also be utilized to improve reaction kinetics in certain chemical processes. These systems often come with specially sealed vessels and safety valves to maintain pressure or vacuum during mixing. This feature enhances final product stability, reduces oxidation, and improves shelf life of sensitive materials.