(533 products available)
The function of the Q326 shot blast machine is to trim the workpieces. Nevertheless, these machines also help the users in many other ways. They preserve the workpiece's integrity before its final assembly or painting. They also help remove any rust or scale from the workpiece's surface. Above all, they help tidy up the production floor by recycling any stray sand or grit.
Table Q326 shot blast machine
In the case of the table Q326 shot blast machine, products are presented on a table. This machine is suitable for smaller items, and the product's durability and metallic quality help assure the user and the buyer of the end product.
Floor Q326 shot blast machine
This machine is just like the table blast machine, but the difference is that products are on the floor. It is suitable for a production line that has many small products in which the personnel in charge would like to improve the quality.
Tumble Q326 shot blast machine
In the case of the tumble Q326 shot blast machine, products go through the machine in a cage or basket. This machine is appropriate for workpieces that are of an irregular shape and comparatively small.
Hanger Q326 shot blast machine
In the case of the hanger X326 shot blast machine, the workpieces are usually on a conveyor belt or hoist. These are suitable for products that have large and complex geometries.
Drum Q326 shot blast machine
The drum machine helps to process flat strip stock and other bulk quantity products. The computerized and automated version of this machine helps in a significant quantity of workpieces with less manpower.
Wire mesh blast conveyor Q326 shot blast machine
This machine is used to clean and prepare steel and other metals. It is appropriate for a production line that is running at high capacity.
These are the different kinds of Q326 shot blast machines that buyers can get from suppliers on Cooig.com.
Q326 shot blast machine's performance is closely related to its specification. The following are the key specifications corresponding to their maintenance requirements.
Capacity
Its capacity can impact productivity and the frequency of machine clearances. Consequently, the maintenance of the parts related to capacity, such as the feeding device, separation and discharge system, and dust collection system, should be the primary focus. In the face of increased workloads, regular inspections and repairs of such parts should be prioritized to ensure unimpeded material flow and efficient separation.
Blasting System
The Q326 is equipped with a blasting system that may include an air compressor, blaster nozzle, and blast wheel. Maintenance for these components may include lubricating moving parts, cleaning nozzles, and replacing damaged blast wheels.
Surface Finishing Capability
Different surface finishing capabilities (e.g., cleaning, roughening, etc.) require distinct types of abrasive materials. Business buyers need to pay attention to the maintenance of the device corresponding to the abrasive materials, such as the hopper, conveyor, and separating device. They need to ensure that they match the type and size of abrasive materials to avoid damages.
Control System
The control system on the Q326 machine may involve electrical components, sensors, and software. They should be routinely inspected to certify that the electrical connections are steady. Also, the sensors should be calibrated properly, and the software is updated so that they can function normally and be controlled precisely.
Dust Removal System
The dust removal system in a shot blasting machine is designed to effectively remove dust and pollutants generated during the blasting process. This system typically includes a dust collector equipped with a filter, a fan, and connecting ductwork. The maintenance of the dust removal system mainly includes checking the function of the dust collector, cleaning or replacing the filters, inspecting the operation of the fan, and ensuring that no leakage exists in the ducting system, thus maintaining clean working environments.
The Q326 shot blast machine is commonly used for the following applications:
Surface cleaning of steel components
This is the most common application of a shot blaster. It involves using steel shot particles that impact and remove dirt and contaminants from the surfaces of different steel components. Steel parts like beams, plates, and tubes are blasted to remove surface rust, mill scale, and other impurities that affect the substrate's integrity.
Surface preparation for coating adhesion
Blasting creates a rough surface profile on steel components to enhance mechanical interlocking when primers and paints are applied. The enhanced coating adhesion directly improves the durability of the protective coatings applied to the substrate.
Restoration of vintage automobiles, trucks, and tractors
One can use an abrasive blaster to restore old cars to their previous glory. Shot blasting makes it easy to strip multiple layers of paint and reveal hidden body damage that requires immediate attention. Once the job is done, it is easy to see how much blastering was done and what areas need repair.
Surface finishing
A primary benefit of blasting steel components with steel shot is that the machine imparts a uniform satin finish to blasted parts. In some cases, an even brighter luster is produced. Beyond gloss levels, blasting is an inexpensive way to prepare and finish a part before machining operations.
Preparation of welded joints
Welded joints often require additional preparation to ensure proper bonding and aesthetic consistency. Shot blasting can homogenize the surface and highlight potential imperfections that need correction. It saves time and enhances the quality of the final product.
Fatigue Strength Enhancement
When steel components are subjected to high-stress levels in their operational environment, they are prone to the development of fatique cracks. If the component has already been blasted, it may not be possible for the crack to grow as eliminated surfaces create new pathways for stress to occur. So, fatigue strength enhancement is another effective application of a Q326 shot machine.
Increasing the lifespan of steel components
By minimizing the possibility of crack propagation and ensuring even distribution of stresses, shot blasting enhances the life span of machine parts that are blasted. An increase in life span of machined steel components translates to less downtime and reduced maintenance costs.
Release of internal stresses in machined parts
Q326 shot blast machines are also used to release internal stresses in parts that have been machined. Internal stresses, induced during the machining process or in the material's manufacturing, can compromise the component's structural integrity. Shot blasting equalizes the stresses throughout the component, thus improving its durability and minimizing the potential failure.
When buying shot blasters, buyers should analyze features that impact performance, durability, and safety. It is essential to select machines that will satisfy customers' expectations.
Blast Area and Size:
The blaster's size and floor space it can cover are important. It will determine the kind of work surfaces it can handle. For blasters meant to work in tighter spaces, like hallways or around pipes, more maneuverable machines will be needed. Bigger units with more floor area will be necessary for open areas. Considering the locations where the machine will be used helps in picking one that won't be limited by its size.
Motor Horsepower:
The motor's horsepower affects how powerful the machine is and its productivity. A motor with more horsepower will have more power to do harsher jobs and run for longer without stopping. While a machine with less horsepower may be sufficient for simple tasks, opting for motors with higher horsepower is better. This ensures the machine can handle more demanding work and is more productive over time.
Operator Safety:
When selecting machines, it's important to think about the operator's safety while they work. The safety of the person operating the blast machine should be prioritized by choosing equipment with features that lower the risk of accidents. These could include having proper guarding around moving parts and any equipment that helps minimize exposure to harmful silica dust. Ensuring the operator is protected is crucial for a safe working environment and should be considered in the decision-making process.
Q1 What is the working principle of the Q326 shot blast machine?
It puts steel shots of high energy into the air by a blast wheel. The shots hit the target object. When they hit, they change material, a used-up shot falls into a hopper, and a new one comes out.
Q2 What type of objects does the Q326 shot blast machine clean?
The main types of objects are iron, steel, brass, bronze, aluminum, zinc die-cast, metal, plastic, and foreign materials.
Q3 What kind of surface does the Q326 shot blast machine create?
The type of surface is a roughened one ideal for better adhesion of coatings and primers.
Q4 What are the benefits of a Q326 shot blast machine?
It gets rid of impurities and rust. It makes a high-quality surface for coating adhesion and extends the life of products.
浙公网安备 33010002000092号
浙B2-20120091-4