What is a dry-installed pump? As the name suggests, a dry-installed pump means that the pump itself will not be directly immersed in the liquid, but will be installed on the outside of the pipe. In this way, the motor and key components of the pump are kept in a dry environment, avoiding direct contact between the liquid and these components. In other words, this pump is like a "dry worker" who is "away from the water source", which can be said to be a "smart" pump.

 

Benefits of dry-installed pumps

Reduce the number of maintenance times Because dry-installed pumps are away from liquids, motors and other important components can avoid contact with corrosive liquids. After long-term use, the pump will also have less loss, reducing the need for frequent maintenance and extending its service life. Think about it, fewer repairs, not only save money, but also save time!

 

Safer

For many working environments, the safety of the pump is crucial. The design of the dry-mounted pump ensures the safety of key parts such as the motor, prevents direct contact between water and electricity, reduces the risk of electrical failure, and is safer to use.

 

Easy to install

Traditional pumps need to be installed in a pool, underground or inside a pipe, which means that the installation process can be very complicated and time-consuming. Dry-mounted pumps do not require such tedious steps and can be easily installed directly on the outside of the pipe, greatly reducing the difficulty and time of installation.

 

 Energy-saving and efficient

Dry-mounted pumps usually use high-efficiency motors and designs to provide efficient water flow at lower energy consumption. Not only can you save energy costs, but you can also achieve ideal work efficiency.

 

 Choose Suou as your trusted supplier. We will personally visit, audit and evaluate the factory to ensure the quality, capacity and reliability of each supplier we recommend.

In the world of industrial fluid management, reliability isn't just a feature—it's the foundation of operational success. That's why global industries consistently turn to KSB, a brand synonymous with German engineering, innovation, and unparalleled quality. But for international clients, accessing these high-performance industrial pumps efficiently and cost-effectively can be a challenge. 

Our Deep-Rooted Partnership with KSB

At SOOU PUMP, our mission has always been to provide more than just products; we deliver comprehensive pump sourcing solutions. Our long-standing partnership with KSB is built on a shared commitment to excellence. We are not just a reseller; we are an extension of the KSB quality promise, equipped with the technical expertise and logistical network to serve a global clientele. Our position as a leading industrial pump supplier in China gives us unique advantages in inventory, response time, and application support.

Witnessing Engineering Firsthand: Our KSB Factory Tour

To truly understand the value embedded in every KSB pump, one must witness its creation. We recently had the privilege of visiting a state-of-the-art KSB manufacturing facility, and the experience reinforced our confidence in the brand.

As you can see in our video, the factory is a showcase of precision and automation. From the robotic arms handling heavy components with micron-level accuracy to the rigorous, multi-stage quality control checks, every step is designed for perfection. This commitment to advanced manufacturing is why KSB pumps consistently deliver superior efficiency, durability, and lower total cost of ownership. When we export pumps from China, we are exporting this guaranteed quality.

The SOOU PUMP Advantage: Why Source KSB Pumps from Us?

Choosing SOOUPUMP as your KSB pump exporter provides tangible benefits for your international projects:

• Competitive Sourcing: Leveraging our strong distribution network in China, we offer highly competitive pricing on a wide range of KSB products, from centrifugal pumps to submersible units.

• Vast Inventory & Rapid Delivery: We maintain a substantial inventory of popular KSB models, significantly reducing lead times compared to ordering from other regions. We get your project moving faster.

• Expert Technical Support: Our team consists of experienced engineers who can help you with model selection, system design, and troubleshooting. We ensure you get the right pump for your specific application.

• Seamless Export Logistics: We are experts in international trade. From secure packaging to customs clearance and global shipping, we manage the entire process to ensure your order arrives safely and on time.

Your Global Partner for Pumping Solutions

The combination of KSB's world-class manufacturing and SOOU PUMP's dedicated service creates an unbeatable value proposition. We bridge the gap, making premium high-performance industrial pumps accessible to you, no matter where your project is located.

Are you looking for a reliable partner to source KSB pumps from Asia? Look no further.

Contact the SOOU PUMP export team today to discuss your requirements or request a quote. Let's build a powerful and efficient future, together.

Understanding the Circular Rubbing Colour Fastness Tester:

Principle, Features, Operation

This Circular Rubbing Colour Fastness Tester is used for assess colored materials friction damage and surface color transfer. It is suitable test the upper materials, such as leather, plastics and fabric etc.

Principle
Under constant pressure condition, rubbing can be carried out in dry or wet circle wool felt, the machine will stop when the preset rub count has bees reached. Fastness can be judged by the effect on the sample material or the transfer of color to the rubbing pad and assessed by reference to a standard gray scale.

Features

• Test methods: dry rubbing, wet rubbing, perspiration rubbing, alcohol rubbing, organic liquids rubbing. (The probational liquid need to be prepared by customers)
• The counter can pre-determined test counts and show actual test count. The machine will stop when the preset count has been reached.
• Memory function: when preset count has not been reached, if to stop test by manual, the current number of test will be saved until to clear it to zero or continue testing; if to shutdown and restart the machine, the current data will be clear to zero, the preset count would be the value of last set.
• According to different requirements of testing, can be applied to correspondent load.

How to Conduct the Circular Rubbing Colour Fastness Tester

Acceptance:
Inspection accessories (according to order): Square iron block (dry rubbing test after organic solvent is moistened from the back), round aluminum block (help to cool sample during dry rub test), weight.

Prepartion:
Adjust the level of the Circular rub fastness tester according to the level.
Confirm the power supply and connect it. Turn on the power switch and emergency stop switch.
Click "English" to enter the test interface.
Click "Micro" to check if the machine is working properly.
Make sure the friction head is lifting and lowering normally without any jamming.

Dry rub test operation:
Install the wool felt: Lift the fixture and install the wool felt on it.
Place the specimen test side up and lower the fixture.
Install the weights.

Parameter settings:
Test times setting: Click "English", click "SETTING" to enter the parameter interface,
there are "Counter" and "Timer" modes, select "Counter" mode, click to set the number of times 64.
Speed set: 150 ± 5r/min.
Click "TEST" to return to the test interface, click "Zero" to clear, click "TEST" to start test.

For specimens with low melting or softening temperature coatings on the surface during testing, the machine should be stopped periodically to avoid heat damage.
A round aluminum block was placed over the area where the specimen was rubbed, and the specimen was placed on the circular aluminum block and allowed to sit for 30 seconds to help remove the heat before the test was continued.

When the testing cycles is reached, it will stop automatically. Lift up the fixture, remove the specimen and observe.

As a pioneer in the field of industrial temperature control, Hengde has always been committed to developing and providing advanced temperature control solutions. In the field of composite mold die casting, which is full of challenges and opportunities, Hengde has provided key mold temperature controller products to many companies with its outstanding technical strength and rich industry experience, helping companies improve production efficiency and product quality.

 

 

The following are common and key application scenarios of mold temperature controllers in composite material molding processes:

1. Filament winding: In the filament winding molding process, the fiber is first fully impregnated with resin through the resin glue tank, and then wound on the continuously rotating core mold according to a carefully designed rule. After winding, the glue needs to be heated to solidify and mold. In this process, Hengde mold temperature controller can accurately control the heating temperature to ensure that the glue is uniformly cured under suitable temperature conditions, thereby improving the strength and stability of the winding products and meeting the stringent requirements of high-end fields such as aerospace for material performance.

 

2. Pultrusion: For the pultrusion process, the carbon fiber roving or its fabric is pulled by external force and goes through the steps of dipping, extrusion molding, heating and curing, and fixed-length cutting in sequence. Hengde composite material mold temperature controller plays a key role in the heating mold link. Through precise temperature control, it can significantly speed up the curing time, greatly improve production efficiency while ensuring product quality, and meet the needs of large-scale production in industries such as automobile manufacturing.

 

3. Resin transfer molding (RTM): In the resin transfer molding process, the reinforcement material is first made into a preform and placed in a closed mold, and then the resin is injected into the mold under the dual action of vacuum and pressure to cure it. Hengde mold temperature controller effectively speeds up the curing speed by accurately heating the mold, greatly improving production efficiency, and has been widely used in fields such as electronic equipment component manufacturing.

 

4. Compression molding: Compression molding is a process in which the molding material is placed in a metal mold and solidified under specific pressure and temperature conditions. In many compression molding processes, such as short fiber compression molding, felt compression molding, rag compression molding, lamination compression molding, winding compression molding, fabric compression molding, directional laying compression molding, preformed embryo compression molding, sheet molding compound compression molding (SMC compression molding), etc., Hengde mold temperature controller plays an indispensable role. It can accurately adjust the mold temperature according to different process requirements to ensure that the quality of the molded products is stable and meets high standards.

 

 

Through its wide application in these key molding processes, Hengde composite compression mold temperature controller plays a vital role in aerospace, automobile, electronics and other fields with extremely high material performance requirements. It not only helps companies manufacture high-quality composite products, but also promotes the technological progress and development of the entire industry. Hengde will continue to uphold the spirit of innovation, continuously optimize product performance, provide better temperature control solutions for more industries, and work with customers to create a brilliant future.

 

Choose Hengde，Choose Perfect Mold Temperature Controller！

In the quality control system of adhesive products, peel strength, long-lasting holding force and initial tackiness are the fundamental tests for evaluating the reliability of bonding. Based on 15 years of adhesive testing experience, Suzhou TOPHUNG has launched a full-process testing solution to help packaging, electronics and automotive enterprises overcome industry pain points such as delamination, creep and adhesive attenuation.

Why is systematic testing needed?

The complexity of tape performance requires multi-dimensional verification:

• The peel strength determines the reliability of immediate bonding (such as the bonding of mobile phone screens)
• Holding force reflects the long-term load capacity (such as automotive structural tapes)
• Initial adhesiveness affects the application efficiency of the production line (such as automatic label application)

 

Single-index testing can easily lead to quality blind spots - for instance, high-viscosity adhesive tapes may slip later due to insufficient cohesion.

    In today's fast-paced manufacturing landscape, staying ahead means maximizing production efficiency. UUPAC's Multihead Weigher is the ultimate solution for businesses aiming to streamline operations, cut costs, and increase output. With advanced features and versatile applications, it's designed to transform your production line.

 

Advanced Features of Our Multihead ​Weigher

1. High-Speed & Precision: Our weighers use high-precision digital sensors for rapid sampling and accurate weighing, ensuring reliable high-volume production.​

2. Flexible Zero-Setting: With manual or automatic zeroing and dynamic tracking, calibration is easy and accuracy is consistent.​

3. Optimized Algorithm: The latest sampling algorithm reduces errors and waste, enhancing weighing precision.​

4. Anti-Block Design: Multiple discharge hoppers prevent material blockages, keeping your line running smoothly.​

5. Smart Fault Detection: The built-in system quickly finds and fixes issues, minimizing downtime.​

6. Dual Function: Combining weighing and counting boosts accuracy, fitting diverse production needs.​

 

Wide Applications of Our Multihead Weigher

UUPAC's multihead weigher isn't just for snacks. It's engineered for quantitative weighing of granular, strip-shaped materials. In food processing, it handles items like chocolates, raisins, and coffee beans. The system also serves pharmaceutical tablets, hardware components, chemical granules, and plastic pellets – proving its adaptability across industries.

 

  UUPAC's Multihead Weigher offers a perfect blend of speed, precision, and flexibility tailored to your unique business needs.  Whether you're a small-scale manufacturer looking to optimize costs or a large enterprise aiming for higher throughput, our solution can deliver tangible results.  Please contact us for more information if you are interested.

 

 

 

    In today's fast-paced manufacturing environment, optimizing production efficiency is crucial for maintaining competitiveness. One of the key tools that can help achieve this goal is UUPAC's Belt Combination Weigher. This advanced weighing solution enhances accuracy, speed, and consistency in production lines, making it an indispensable asset for industries such as food processing, pharmaceuticals, and logistics.

 

What Is a Belt Combination Weigher?

    A Belt Combination Weigher is a high-speed, multi-head weighing system that combines precision and automation to ensure accurate product measurement. Unlike traditional weighing methods, it uses multiple weigh buckets and an intelligent algorithm to select the optimal combination of weights, minimizing errors and maximizing throughput.

 

    UUPAC's version stands out due to its durable construction, advanced software, and seamless integration with existing production lines.

 

Main Features of UUPAC's Belt Combination Weigher

1. Modular Belt Design——Detachable belt scale for easy cleaning.

2. Durable & Hygienic Construction——Full SUS304 stainless steel frame with IP65 dust/waterproof rating.

3. Smart Alarm System——Visual alerts for:

   ① Single overweight exceeding preset limits.

   ② Abnormal product flow or failed combination.

4. Auto-Stop Function——Halts operation upon reaching preset production targets or weighing quantities.

5. Flexible Combination Modes——Supports weight-based or quantity-based combinations.

6. Priority Combination Control——Customizable belt prioritization and quantity limits.

7. Blending Weighing Optimization——Adjustable stagger discharge intervals and belt selection for mixed products.

 

How to Maximize Efficiency with UUPAC's Belt Combination Weigher

1. Optimize Product Flow

① Ensure proper alignment with upstream and downstream equipment.

② Adjust belt speed to match production requirements.

 

2. Regular Calibration & Maintenance

① Schedule routine checks to maintain accuracy.

② Clean belt and sensors to prevent buildup.

 

3. Use Smart Software Features

① Leverage real-time data tracking to monitor performance.

② Adjust combination algorithms for different product densities.

 

4. Train Operators Effectively

① Provide hands-on training for troubleshooting and adjustments.

② Encourage proactive monitoring of weight deviations.

 

    Ready to boost your production efficiency? UUPAC's Belt Combination Weigher delivers faster throughput and pinpoint accuracy while reducing waste. Contact us today for a customized solution and discover how much more your production line could achieve!

  In today's competitive vegetable processing industry, inefficient packaging systems continue to hinder productivity and profitability for producers globally. UUPAC's Fully Automatic Net Bag Packing Machine delivers a better solution, combining precision engineering with smart technology to overcome three critical operational challenges. Below is an in-depth exploration of how UUPAC's Fully Automatic Net Bag Packing Machine solves vegetable packaging operational challenges.

​

1. Overcoming Manual Labor Limitation

  Traditional packaging lines rely heavily on human operators for sorting, weighing, and bagging, leading to inconsistent output and high labor costs. UUPAC's machine addresses this with its AirTAC pneumatic components and Schneider PLC control system, delivering up to 25-40 bags per minute. The intuitive touch-screen interface simplifies operation, reducing reliance on skilled labor and enabling seamless workflow management. Additionally, the dual positioning gears and proximity switches ensure precise net bag placement, eliminating the need for manual adjustments and further enhancing efficiency.​

 

2. Mitigating Product Damage During Packaging​

  Fragile vegetables such as leafy greens and berries often suffer bruising or wilting due to rough handling in conventional machines. UUPAC's solution incorporates a robust construction of hard carbon steel plates and stainless steel materials, ensuring hygienic operations while minimizing mechanical wear. The innovative tube design enables automatic net bag replacement after each use, reducing contact between the machine and produce to lower damage rates by 70%. This design, combined with the gentle conveying system, preserves vegetable freshness and quality, making it ideal for premium produce suppliers.​

 

3. Enhancing Operational Flexibility​

  Adapting to diverse production needs is critical for modern vegetable processors, and UUPAC's machine excels in delivering operational agility. The packaging size of the equipment adheres to industry standards, ensuring compatibility with various distribution channels and minimizing integration hurdles. The quick and effortless packing tie change mechanism stands out as a key feature, allowing operators to switch between different product types in minutes——whether transitioning from leafy greens to root vegetables or adjusting bag sizes for varying batch quantities. This flexibility is further amplified by the high-reliability LS inverters and Schneider PLC control system, which enable real-time parameter adjustments to accommodate different packaging requirements without compromising speed or precision. The result is a production line that can rapidly respond to fluctuating market demands, reducing downtime and maximizing equipment utilization.​

 

Conclusion——Why choose our Fully Automatic Net Bag Packing Machine?

1. Durable Construction: Hard carbon steel and stainless steel materials ensure corrosion resistance and long-term hygiene.​

2. Automatic Net Bag Replacement: Tube design streamlines operations for continuous use.​

3. Reliable Pneumatics: AirTAC components guarantee stable performance over extended periods​

4. Precision Positioning: Dual gears and proximity switches ensure accurate bag alignment.​

5. Intelligent Controls: LS inverters and Schneider PLCs enable intuitive, high-precision operation

6. Standardized Sizing: Meets industry packaging norms for seamless integration.​

7. Effortless Adjustments: Quick packing tie changes for versatile production runs.​

8. User-Friendly Interface: Intuitive touch-screen controls reduce training time and operational errors.​

 

By integrating these features, UUPAC's Fully Automatic Net Bag Packing Machine not only resolves long-standing inefficiencies but also sets new standards for productivity and quality in vegetable packaging. Please contact us for more information if you're interested.​