The Guangli spray booth GL3 is designed for automotive painting and drying. Here are some key details about its installation and operation:

 

Structure and Components:

Downdraft spray booth consists of a main room and a generator part.

The main room includes features like the door lock, handle, hinges, and connection bars for horizontal and erect panels.

The generator part likely contains the blower and other essential components.

Principle of Operation:

The spray booth operates in a dustproof, closed environment.

It circulates air necessary for two phases:

Spray Painting Phase: During this phase, the booth is used for spray painting.

Drying Phase: After painting, the booth facilitates drying

The GL3 spray booth has specific technical specifications, for more detailed of our economic spray booth, contact us now! If you have any specific questions or need further assistance, feel free to ask!

https://www.gzguangli.com/

Contact us: sunnie@gzguangli.com.cn

Tel&WhatsApp: 008613925061383

 

As customization company,one key is to provide one stop solution for different customers abroad.

Most of customers prefer to custom exhaust header that offer several advantages.

 

 Custom exhaust headers are designed to improve horsepower and torque.

 Custom headers can produce a more aggressive and sporty exhaust sound.

Lighter custom header made from stainless steel could improve performance and handling.

Flexible to choose the design, material, and diameter of custom header,this allows you to make headers according to your specific needs and performance goals.

 

Wish we can get a chance to push your sample customization project.

 

Porsche 992 intercooler with CNC tank and carbon fiber air guide hood

 

Recently we developed below new version intercooler with CNC tanks and carbon fiber air guide hood for Porsche 911 992.

 

 

 

 

 

As you can see,it has beautiful CNC tanks which is popular in the market due to below unique advantages.

 

High Precision: CNC (Computerized Numerical Control) machining technology ensures a high level of precision in the manufacturing of the intercooler tanks. This precision allows for optimal fit and function, enhancing the overall performance of the intercooler.

Efficient Heat Exchange: The precisely manufactured CNC header ensures maximum contact surface area with the coolant, thus improving heat exchange efficiency. This helps reduce engine intake temperatures, enhancing engine power and efficiency.

Durability: CNC machining produces headers that are structurally strong and durable. This ensures reliability under high-pressure and high-temperature conditions, minimizing the risk of failures.

Customizability: The flexibility of CNC machining allows for the creation of customized headers that fit specific engine and intercooler configurations. This customization ensures optimal performance for a given application.

Consistent Quality: CNC machining processes are highly repeatable, resulting in consistently high-quality headers. This consistency ensures reliable performance over time and reduces the need for frequent replacements or repairs.

 

 

In advance,the intercooler also have the carbon fiber air guide hood which is a significant improvement in the aftermarket tuning market.

 

Lightweight: Carbon fiber is known for its exceptional strength-to-weight ratio. Designing the air guide hood of the intercooler with carbon fiber reduces its overall weight while maintaining structural integrity. This lightweight design helps improve vehicle performance by reducing the overall weight of the intercooler system.

Improved Aerodynamics: Carbon fiber can be molded into complex shapes and aerodynamic profiles. By designing the air guide hood with carbon fiber, it is possible to create streamlined surfaces and optimized airflow channels. This promotes efficient air intake and reduces turbulence, enhancing the intercooler's cooling efficiency.

Heat Resistance: Carbon fiber exhibits excellent heat resistance properties. It can withstand high temperatures without deforming or losing its structural integrity. This makes it an ideal material choice for the air guide hood of the intercooler, which is exposed to the hot airflow from the turbocharger.

Aesthetic Appeal: Carbon fiber has a visually appealing, high-end appearance. By incorporating a carbon fiber air guide hood into the intercooler design, it adds a touch of luxury and sportiness to the overall aesthetics of the vehicle, enhancing its visual appeal.

Customizability: Carbon fiber can be easily molded and shaped to meet specific design requirements. This allows for customization of the air guide hood, enabling designers to tailor it to the specific dimensions and airflow requirements of the intercooler system.

 

These design highlights contribute to enhanced performance, durability, visual appeal, and overall efficiency of the respective components.

 

Jagrow committed to the new design of the market and maximize the customer to solve the modification market one-stop service.Feel free to contact us if you have any customized requirements.

Many cars come with stamped steel oil pans as the factory-fitted component. While they serve their purpose in regular driving conditions, their heat dissipation performance and durability often fall short when it comes to meeting the demands of high-performance driving. At our company, we have been developing CNC and cast oil pans as alternatives to the factory-fitted components, tailored to meet the specific needs of our customers. Both CNC and cast oil pans offer significant improvements in material quality, performance, and capacity. Here are the key benefits of upgrading to CNC or cast oil pans:

 

Material Upgrade: CNC-machined and cast oil pans are made from superior materials that offer greater durability, excellent heat dissipation, and higher strength compared to stamped steel. This ensures that your engine is protected and performing optimally, even under extreme conditions.

 

Flat Bottom Design: The flat-bottom design of CNC and cast oil pans allows for better drainage of dirty oil from the pan. This ensures that your engine is always lubricated with clean oil, reducing wear and tear and improving its overall performance.

 

Capacity Upgrade: CNC and cast oil pans can often hold more oil than the factory-fitted stamped steel pans. This increased capacity helps to lower oil temperatures, increase oil pressure, and provide better lubrication to the critical components of your engine. This is crucial for maintaining optimal engine performance, especially during high-performance driving.

 

If you are a car enthusiast who demands the best performance from your vehicle, upgrading to a CNC-machined or cast oil pan is a worthwhile investment. Our company offers a range of high-quality CNC and cast oil pans tailored to different engine models and specifications. Contact us today to learn more about how we can help you upgrade your car's oil pan and take its performance to the next level.

 

A car spray booth oven is a specialized environment used for painting vehicles and parts. These booths are designed to ensure flawless paint finishes and increased productivity in the automotive industry.

Some conceptual graph, the real product is not completely the same as below

 

Airflow Options:

Customized airflow configurations are available to meet specific project requirements:

Cross-draft: Provides a cleaner working environment without sacrificing quality.

Semi Down-draft: Allows cleaner air from above the booth to enter through intake filters in the front ceiling.

Side-draft: Ideal when traditional pitted designs or raised floors are impractical.

Down-draft: Designed for the collision repair industry, offering the best choice for painting cars.

 

Benefits of Using Paint Booths:

Eliminate Dirt: Contaminated paint jobs due to dust and airborne particles are minimized within a paint booth.

Consistent Air Circulation: Even, dust-free air circulation ensures better paint adhesion and durability.

Time and Money Savings: Using a controlled environment improves efficiency and reduces costly rework

If you’re considering a standard size or custom spray booth, make sure it aligns with your specific needs and project requirements. Feel free to explore the options available from reputable manufacturers!

The real case product from ours as below

 

Recently we had design and manufacture a custom full down draft spray booth with trench exhaust system for one of our clients.

 

The client, a prominent truck manufacturer, required a spacious and efficient spray booth to accommodate their large-scale painting operations. Understanding their specific requirements, our team of experienced engineers and designers worked closely with them to create a solution tailored to their needs. You can see the final installation picture as below.

 

If you are interested in learning more about our custom spray booth solutions or would like to discuss your specific requirements, we invite you to contact us. Our team of experts is ready to assist you in finding the perfect paint booth solution for your industrial needs.

 

https://www.gzguangli.com/spray-booth_c2

Contact us: sunnie@gzguangli.com.cn

Tel&WhatsApp: 008613925061383

 

Waterborne custom spray booth for Europe clients, for car service industrial

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Our commitment to providing high-quality, customized solutions ensures that our European clients in the car service industry can confidently meet the demands of water-based paint application while adhering to environmental regulations.

 

Water-based Paint Compatibility: Our booth is equipped with a specialized ventilation and filtration system designed to effectively capture and filter airborne particles generated during the painting process.

Enhanced Airflow System: The booth incorporates a robust airflow system that facilitates proper air circulation, allowing for efficient drying times while minimizing the risk of paint settling or overspray. This ensures optimal paint adhesion and a smooth, flawless finish.

 

Contact us today to explore how our custom waterborne spray booth can enhance your car service operations and elevate the quality of your paint finishes.

 

In the automotive industry, precision and quality are crucial when it comes to manufacturing components. One method that has revolutionized the production of automotive parts is Computer Numerical Control (CNC machining. This cutting technology not only ensures precise and accurate manufacturing but also enables the creation of custom-designed parts. This article will delve into the process of utilizing CNC machining to produce high-quality automotive components.

Design:
The first step in CNC machining is to create a detailed design of the desired automotive part using computer-aided design (CAD) software. This software allows engineers to design intricate shapes and precisely define specifications.

Material Selection:
Selecting the appropriate material for the automotive part is vital to ensure strength, durability, and functionality. CNC machining works with a wide range of materials, including aluminum alloys, stainless steel, titanium, and plastics, allowing for versatile manufacturing options.

CNC Programming:
Once the design is finalized, the next step is to translate it into a CNC program. Skilled programmers use specialized software to generate the toolpaths and instructions necessary for the CNC machine to produce the desired part.

Machine Setup:
The CNC machine is then set up according to the specifications of the design and material. This includes securing the raw material in place and configuring the machine's cutting tools and parameters.

Machining Process:
With the CNC machine properly configured, the machining process begins. The machine precisely follows the programmed toolpaths, cutting away excess material and shaping the part with exceptional accuracy and consistency. The process may involve operations such as milling, drilling, turning, or grinding, depending on the complexity of the design.

Quality Control:
As the part is machined, quality control measures are implemented to ensure that it meets the required specifications. Advanced technologies like metrology systems and coordinate measuring machines (CMMs) are used for dimensional inspections to verify the accuracy of the produced parts.

Finishing and Surface Treatment:
Depending on the requirements, additional finishing processes such as deburring, polishing, or coating may be applied to enhance the surface appearance and protect the part from corrosion or wear.

 

Testing and Evaluation:
The final step involves rigorous testing and evaluation of the machined automotive part to ensure its performance and reliability. This may include functionality tests, stress tests, or simulation analysis using advanced software.

Advantages of CNC Machining for Automotive Parts:

· Exceptional precision and accuracy

· Efficient manufacturing process

· Versatile material options

· Customization and flexibility

· Consistency and repeatability

· Reduction in human error and increased productivity

CNC machining has revolutionized the manufacturing of automotive parts, offering precision, quality, and customization options that traditional methods cannot match. By leveraging cutting-edge technology and skilled programming, automotive component manufacturers can achieve exceptional results. Whether it's prototyping, producing small batches, or large-scale production, CNC machining proves to be a game-changer in the automotive industry, ensuring that your vehicles perform at their best.

 

Excavator and bulldozer track shoes pad function

 

Most excavators use triple grouser track shoes, a few use double grouser track shoes. In the design of triple grouser track shoes, first of all, the specific pressure of grounding and the meshing soil capacity between the reinforcement and the ground should be calculated to ensure the necessary adhesion; second, the track shoes should have high bending strength and wear resistance. Generally, the three grouser track shoe has two mud cleaning holes. When excavator track pad rotates around the driving wheel, the mud on the chain rail link can be removed automatically with the help of the drive gear teeth, so the mud removal hole should be located between the two screw holes that fix the track shoe on the chain rail link

 

In order to protect the ground surface and reduce the turning resistance, it is more suitable to use the lengthened track and the flat bottom track for the crawler walking device used in swamp or farmland. In order to ensure that when the track chain is at any position (including grounding, rotating around the driving wheel and guide wheel, and the upper suspension position), the stone will not be sandwiched between the two adjacent track shoes and the resulting high stress will not be caused, it is required that the pitch of the track shoes be adjusted accurately, and the lap lip of appropriate shape should be designed. The function of the lap lip is to make the fortunepart track shoes close to each other, forming a belt connecting the head and the tail. Track shoes shall be installed in the same direction. The smaller the pitch of the track, the smaller the lift of the track chain when it is running between the driving wheel and the guide wheel. In this way, the running uniformity is good, the wear of the track chain is low, and the driving efficiency is high when walking. However, the minimum pitch value should be determined according to the weight of the machine and the number of rows of the track chain. Generally, the distance between the holes on the two rows of chain tracks to install the track shoes should be larger, so as to replace the track shoes with different grounding pressure. The walking device used in marshland needs a wide track shoe and rail surface, and the bending stress of this kind of ultra wide track shoe is sometimes very high. For example, when the excavator works on the ground mixed with residual tree roots, most of the machine weight falls on a track shoe supported by the tree roots, so that the track shoe produces very high bending stress, which affects the life of the track shoe. In order to prevent the damage and bending of track shoes, it is necessary to improve the section coefficient and bending strength. If the section coefficient is increased, the height of the reinforcement must be increased, but this will obviously increase the turning resistance and affect the mobility of the excavator. Therefore, the hollow track shoes made of steel rolling should be used for the walking device with a width of more than 700mm for swamp use. Most of the two ends of the track shoes used in the swamp are made into slope angles, which is convenient to protect the surface of the ground, reduce the turning resistance and sinking, and when walking on the hard ground, the shortening of the support arm can reduce the bending moment of the edge load.

 

Excavators track shoes width more than 800 mm are mainly used in marshes, which are not suitable for general occasions. The excavator with widened and lengthened crawler traveling device is especially suitable for pipeline engineering.

 

When it comes to truck spray booths, incorporating man lifts is a game-changer in terms of improving efficiency and ensuring safety during the painting process. Man lifts, commonly referred to as aerial lifts or 3D lifts, provide elevated access for technicians, enabling them to reach all areas of the trucks with ease and precision for optimal paint application.

 

In a recent project for our Russian client, we designed and installed a custom truck spray booth equipped with a high-quality man lift system. This integration not only revolutionized the workflow but also significantly improved the overall efficiency of the painting operations.

 

The integration of the man lift into the truck spray booth not only improved accessibility for technicians but also enhanced productivity by reducing the time required to carry out painting tasks. By incorporating a man lift into the truck spray booth design, we were able to provide our clients with a cutting-edge solution that prioritized efficiency, safety, and superior paint job quality. This real case demonstrates how the use of a man lift in a truck spray booth can significantly enhance operational efficiency, safety, and overall paint job quality.