Industrial vacuum cleaner

Industrial vacuum cleaners are commonly used environmental protection cleaning devices in industrial settings. They are employed during industrial production processes to collect waste materials, filter and purify air, and remove dust and particulate matter from the environment. Industrial vacuum cleaner It is widely used in various fields such as textiles, chemical industry, machinery, pharmaceuticals, and casting, helping to prevent the hazards of certain occupational diseases and improve production efficiency.

Chinese name

Industrial vacuum cleaner

Foreign name

industrial vacuum cleaner

Feature

Capable of continuous, long-term operation.

Power source

220V/380 electric

Price

From several thousand to several tens of thousands

Basic Parameters

Power, vacuum level, capacity, airflow, noise

Product Introduction

An industrial vacuum cleaner is a piece of equipment used in industrial production processes to collect waste, filter and purify air, and perform environmental cleaning. Industrial vacuum cleaner Capable of absorbing particulate contaminants and liquids such as various metals, non-metals, oils, and water; able to absorb. Toxic and harmful gases In the textile industry, it can improve product quality; in the chemical industry, it can recover some expensive catalysts and other valuable materials. Moreover, as an environmentally friendly device, industrial vacuum cleaners can effectively help prevent occupational hazards such as: Welder's pneumoconiosis Wait.

Same as Household vacuum cleaner In comparison, industrial vacuum cleaners offer advantages such as continuous 24-hour operation, powerful suction, large dust-holding capacity, long service life, and high-temperature resistance. In particular, industrial vacuum cleaners have virtually no requirements regarding the materials being vacuumed—any type of waste material, regardless of its composition or shape, can be effectively collected. This is achieved through filtration media, such as filter cartridges, Filter bag The adjustable filter can capture solid particulate matter with an accuracy of up to 0.1 microns and is suitable for industries such as fine chemicals and precision machinery.

Industrial vacuum cleaners also include... Compressed air A manually operated, power-driven tool—a high-speed vacuum device that’s fast and efficient, also known as a high-speed pneumatic cleaning gun. The high-speed pneumatic cleaning gun is a lightweight, easy-to-use, and powerful hand-held vacuum gun. Inside it... Air amplifier By converting compressed air into a high-powered airflow with strong suction, this vacuum gun is easy to control manually, eliminating the need to frequently move it around like conventional electric vacuum pumps available on the market. Electric device Therefore, there’s no need to worry about the risk of electric shock or motor burnout.

Working principle

 

Industrial vacuum cleaners are also known as Vacuum cleaner (English: industrial vacuum cleaner) Its main components include a vacuum pump, dust collection bag, hose, and nozzles of various shapes. It is powered by an electric motor. Exhaust fan After being powered on, it spins at high speed, creating an instantaneous vacuum inside the vacuum cleaner. This causes the internal air pressure to drop significantly below the external atmospheric pressure. Under the influence of this pressure difference, dust and debris are drawn into the vacuum cleaner’s dustbin along with the airflow, and then pass through... Dust bag The filtration process traps dust and debris in the dust collection bag, while the purified air is reintroduced into the room via a motor, thereby cooling the motor and purifying the air at the same time. As for the operating principle of a wet-and-dry vacuum cleaner, unlike that of a conventional vacuum cleaner, it features an additional centrifugal chamber. When dust, air, and water are drawn into the centrifugal chamber, the heavier water is flung toward the chamber’s inner wall by high-speed rotation and then flows into the collection bucket below. Meanwhile, the lighter dust and air pass through the centrifugal chamber and enter the filter bag, where they are filtered to remove dust particles. (The cleaning principle of a vacuum cleaner relies on suction power to draw dust and dry debris—such as threads, paper scraps, and hair—from floors, carpets, walls, furniture, and other surfaces that are difficult to clean with a broom. Its main components include a vacuum pump and a filter bag—or... Filter mesh ), hoses, long tubes, and nozzles of various shapes. Modern vacuum cleaners offer a wide variety of attachments, including specially designed coarse nozzles for removing dirt from carpets. Brush A fine-bristle brush, a rotating brush, a flat nozzle for cleaning walls, and a polishing brush for cleaning floor tiles—among others.

Equipment used for industrial applications to collect and extract particulate matter, dust, smoke, oil, water, and other waste media generated during production, operation, and transportation processes. Industrial vacuum cleaners operate on AC power and have relatively high power ratings. They are generally available in two types: portable and stationary. The operating principle involves using an electric motor to drive a high-pressure fan (or a combined unit) that creates negative pressure within a confined volume, thereby generating suction. Once the medium is drawn into the system, it is processed through... Filter bag Filtering or using filter buckets for secondary filtration: the standard model can only absorb dry media containing a certain level of moisture, while the wet-and-dry dual-purpose model can also absorb oils, water, and other substances generated during processing. After installing an exhaust pipe, this device can be used to remove smoke, gases, and other airborne particles produced during manufacturing operations. The most prominent industrial application of vacuum cleaners is in cleanrooms.

Industrial vacuum cleaner It also includes manually operated conveying tools powered by compressed air, as well as high-speed vacuum devices—also known as high-speed pneumatic cleaning guns—that are fast and highly efficient. The high-speed pneumatic cleaning gun is a lightweight, easy-to-use, and powerful hand-held vacuum gun. Inside it... Air amplifier By converting compressed air into a high-powered airflow with strong suction, this vacuum gun is easy to control manually, eliminating the need to frequently move it around like conventional electric vacuum pumps available on the market. Electric device Therefore, there’s no need to worry about the risk of electric shock or motor burnout.

Features

Industrial vacuum cleaners are also widely used in the industrial sector. Designed and manufactured based on the vacuum principle, these industrial vacuum cleaners are intended to address cleaning challenges in industrial production environments. They generally fall into two categories: mobile and stationary. Industrial vacuum cleaner Unlike commercial and residential Vacuum cleaner , which has its own characteristics:

1. The power section of the host machine generally uses 380V power supply as its power source; most of them... Industrial vacuum cleaner The power units all utilize 380V industrial power supplies to ensure robust performance. The 380V industrial motors equipped in industrial vacuum cleaners can generally operate continuously for 24 hours while remaining durable and long-lasting.

2. For the filtration section, multiple filtration options are available. In terms of design, we offer configurations featuring various materials, as well as diverse filtration structures and methods, such as: HEPA high-efficiency filter (As low as 0.01–0.3 μm, etc.) or add Cyclone separator (For solid-liquid separation) Enhances filtration efficiency, suitable for commercial and household use. Vacuum cleaner The filtering effect is simply incomparable.

3. The dustbin capacity of industrial vacuum cleaners is larger than that of other vacuum cleaners. Generally, the dustbins of industrial vacuum cleaners are bigger than those of commercial and household models. Moreover, considering the need to handle large volumes of waste and debris, industrial vacuum cleaners are designed with dustbins that are easy to move and empty. Alternatively, depending on the specific situation, they can be equipped with different types of waste bins or recycling bins to address various needs. Industrial vacuuming The issue of recycling in this field. The most common approach involves the use of pre-processors, which can increase capacity, separate recyclables made of different materials, and compensate for differences in design. Industrial vacuum cleaner Some shortcomings

4. The accessory components are made of metal and feature non-standard designs, ensuring that the industrial vacuum cleaner’s accessories are robust and durable. Most parts have steel structures, making them extremely sturdy and resistant to damage. At the same time, we can customize non-standard accessories with different specifications based on actual usage conditions.

5. Choose durable materials for the material aspect:

a. The casing and shell of the industrial vacuum cleaner and Trash can All use steel or iron plates that meet the required thickness standards, ensuring the enclosure effectively protects the motor components from damage.

b. The bag-type main dust separator of the industrial vacuum cleaner has undergone special treatment and is not easily... Hanging ash It can effectively filter large amounts of dust while also extending the service life of the dust barrier. HEPA high-efficiency filter Can be optionally equipped according to the customer’s specific application environment.

c. Industrial vacuum cleaner The motors all use imported pumps and require a 380V power supply to ensure powerful performance. They can operate continuously for 24 hours and are robust and durable.

d. The motor—a 220V single-phase motor—is a motor equipped with carbon brushes. Carbon brush It has a certain design life.

Industrial vacuum cleaner applications

Based on the aforementioned characteristics of industrial vacuum cleaners, they are widely used in a variety of fields.

First, industrial vacuum cleaners are indispensable in certain manufacturing sectors.

For example, the pharmaceutical industry, the electronics industry, and the food processing industry. The state has strict GMP-level regulations for the pharmaceutical industry. Among these, an important assessment item and indicator is the cleanliness standard. And... Industrial vacuum cleaner Due to its special functions, it has become an indispensable part of the production machinery in pharmaceutical manufacturing enterprises.

Second, for certain industries—such as electronics and mold manufacturing—industrial vacuum cleaners can effectively protect the environmental conditions of the production space, thereby ensuring product quality. This is because the cleanliness of these companies’ production spaces directly affects product quality and even impacts the product’s pass rate, ultimately helping to reduce costs and improve efficiency. Product pass rate and plays an important role in reducing the rate of defective products.

Third, as the economy develops and the degree of industrialization increases, issues related to workers’ labor protection and environmental pollution are receiving ever greater attention from the state and government authorities. For example... ISO14000 Environmental System Certification That’s precisely the case—national regulations now set even higher and more stringent standards and requirements: pollutants are generated and cleaned up and recycled simultaneously, which provides... Industrial vacuum cleaner It provides a broader market space and room for development.

Meanwhile, along with economic development, our country has not only introduced advanced production technologies but also acquired a large number of high-tech production equipment. The relatively high costs and prices of this equipment have prompted more enterprises to place greater emphasis on equipment maintenance. The introduction and adoption of industrial vacuum cleaners enable businesses to achieve greater cost savings at lower expenses.

The following are the specific application areas for industrial vacuum cleaners:

Mechanical processing industry: It effectively removes various metal chips and dust, particularly demonstrating its superiority in cast iron machining.

Glass fiber manufacturing: Captures dust and residue generated during the hardening surface grinding process in the production of glass fiber products.

Biopharmaceutical industry: Dust removal and purification for production workshops.

Food industry: Absorbs cooking fumes, moisture, and food residues.

Grain handling equipment: Used for large-scale grain handling, conveying, transferring between storage bins, and cleaning.

Chemical plant: Absorption of welding fumes, weld smoke, and harmful substances in powder and granular forms.

Thermal power plant: Used for cleaning accumulated dust and slag, especially for daily cleaning of boilers and removing built-up dust during regular maintenance.

Microelectronics industry: Dust removal, air purification, and recovery of scrap materials generated during the production process.

Battery manufacturing: Cleaning and waste recycling for production workshops.

Textile industry: Used in cleanrooms to remove airborne fiber particles from the air.

Foundry industry: Used for removing slag and scrap metal blocks from pouring pits and furnace-front pits; eliminating waste sand and metal burrs generated during the casting process. Iron oxide scale ; Remove the silt.

Cement Plant: The cement plant carries out the cleaning, loading, unloading, and conveying of intermediate products made from raw materials, thereby preventing secondary pollution. In particular, during the cement packaging process, dust is effectively absorbed and removed, improving the working environment for employees.

Steel plant: Steelmaking Iron smelting, Coking Sintering plant area, workshops, and equipment Conveyor belt transfer station, high-level platform, traveling crane, Rolling mill Surface cleaning operations; reducing downtime and improving production efficiency.

Automotive and shipbuilding: For internal use Welding slag Removal of dust and contaminants, as well as sanding and dust removal operations prior to painting.

Technical Specifications for Industrial Vacuum Cleaners

When selecting an industrial vacuum cleaner, it’s important to confirm several basic parameters (see the additional reading links for more details): power, vacuum level, capacity, airflow rate, noise level, the industry for which it’s intended, and the types of dust it needs to collect. For some more complex applications, a customized design solution may also be required.

Types of Industrial Vacuum Cleaners

There are many types of industrial vacuum cleaners, and accordingly, there are also numerous ways to use them—either individually or in combination with other equipment. Therefore, their application ranges vary depending on the specific classification. For example: PDX Industrial vacuum cleaner It is divided into several series: The L series is suitable for handling recyclable large particles, substantial debris, solid-liquid mixtures, and small amounts of liquid, and is used in fields such as pharmaceuticals, electronics, food processing, mechanical manufacturing, and metalworking. The O series... Central vacuuming The main unit of the dust removal system can be connected to pipelines for use or integrated with production lines or equipment. One machine can be equipped with multiple suction inlets. It is suitable for industries such as chemical engineering and electronics. The A-series features a large-capacity design, capable of recovering large particles, substantial debris, solid-liquid mixtures, and even small amounts of liquid. It is applicable to a wide range of environments, including mechanical manufacturing, metalworking, and plastic processing. When selecting a vacuum cleaner, it’s important to carefully check the model and type, choosing the appropriate one based on the specific characteristics of the dust removal task.

As for PDX Industrial vacuum cleaner Generally speaking, based on their performance characteristics, industrial vacuum cleaners can be categorized into: Industrial dust collector ， Central vacuuming System, Central vacuum system There are three main types of installation methods: mobile, fixed, and central systems.

Basic Classification of Industrial Vacuum Cleaners

Industrial vacuum cleaner The basic classification is:

Dry-type industrial vacuum cleaner (DQ series)

Dry and Wet Dual-Use Industrial Vacuum Cleaner (DT Series)

Explosion-proof Industrial Vacuum Cleaner (EX Series)

Dedicated Welding Fume Vacuum Cleaner (HY Series)

Textile-specific vacuum cleaner (FZ series)

Small Industrial Vacuum Cleaner (SQ Series)

Light-duty industrial vacuum cleaner (DK series)

Pulse-type Industrial Vacuum Cleaner (SZ/M Series)

Pneumatic Industrial Vacuum Cleaner (QY Series)

Oil-absorbing industrial vacuum cleaner (XY series)

Cleanroom Industrial Vacuum Cleaner (SC Series)

Stationary Industrial Vacuum Cleaner (SG Series)

High-Temperature Industrial Vacuum Cleaner (HT Series)

Battery-powered industrial vacuum cleaner (DY series)

Other custom-made industrial vacuum cleaners

Industrial vacuum cleaner prices

Industrial vacuum cleaner The prices of commonly used industrial vacuum cleaners range from several thousand to tens of thousands of yuan, with most falling between 5,000 and 20,000 yuan. For some products designed for special purposes or featuring unique designs, the price may exceed 20,000 yuan. Generally, you can consult each company’s sales representatives to confirm the exact price. Due to differences in quality and brand, even products of the same model can vary significantly in price—by as much as 1,000 yuan or more.

Common Problems and Solutions for Industrial Vacuum Cleaners

Industrial vacuum cleaners should be managed by dedicated personnel whenever possible during use. Before first-time use, they must be inspected. Filter bag Check whether the filter element is properly installed and verify the rotation direction of the fan. For systems driven by belts, ensure that the belt is securely in place and hasn't come loose. After each use, remove as much dust as possible from the filter bags to prevent moisture from causing them to stick together, which can impair filtration efficiency and easily damage the filter bags. Before use, also inspect the filter bags and filter elements for any signs of damage; if any damage is found, promptly replace them. Industrial vacuum cleaner Replace them promptly; absolutely do not use damaged filter bags or filter elements.

During use, if the suction power decreases, you should check whether the vacuum hose and nozzle are blocked, whether the dust bag is overfilled, and whether the surface of the filter element is excessively dusty. Depending on the amount of dust accumulated, you can clean the dust bag and filter periodically or at scheduled intervals. The dust bag can be regenerated by washing, while the filter can be cleaned by... Compressed air Shake off the dust by using reverse blowing or gently tapping with your hand.

Other relevant information about industrial vacuum cleaners

Filter bag , pipette tip, Vacuum hose ， Filter ， High-pressure air pump dust suction handle, Reel Wait.

Terms related to industrial vacuum cleaners

I. Pressure

Pressure is a physical quantity that indicates the magnitude of the pressure energy within a container. Within the container... Relative pressure Denoted by Mh.

(1) Working pressure: The maximum pressure that may be reached at the top of the vessel under normal operating conditions.

(2) Design pressure Set the maximum pressure at the top of the container, corresponding to... Design temperature Together, as design load conditions, their values shall not be lower than the working pressure.

(3) Calculate pressure The pressure used to determine the component thickness at the corresponding design temperature includes hydrostatic pressure due to the liquid column. When the hydrostatic pressure exerted on the component is less than 5% of the design pressure, it may be disregarded.

(4) Test pressure: refers to the pressure at the top of the vessel during the pressure test.

II. Temperature

Temperature is a physical quantity that indicates the degree of heat contained in a substance, typically expressed in ℃.

(1) Design temperature The metal temperature of the specified component under normal operating conditions (the average temperature along the cross-section of the component’s metal). Design temperature and... Design pressure Use together as design load conditions. The design temperature indicated on the signboard shall be either the maximum or minimum value of the shell’s design temperature.

(2) Test temperature: Refers to the metal temperature of the shell during the pressure test.

III. Thickness

Thickness refers to the linear length of a material in a particular direction and is typically expressed in millimeters (mm).

(1) Calculate thickness Thickness calculated based on the specified conditions. When necessary, the thickness required for other loads should also be included.

(2) Design thickness: refers to the calculated thickness and Corrosion allowance The sum of.

(3) Nominal thickness Refers to the thickness obtained by adding the design thickness to the negative deviation of the steel thickness and then rounding up to the standard specification thickness of the steel. This is the thickness indicated on the drawing.

(4) Effective thickness It refers to the nominal thickness minus the corrosion allowance and the negative deviation of the steel material.