About Us

LUOX TECHNOLOGY

horizontal-slurrypump.com is a professional enterprise involved in manufacturing and marketing the best quality pumps and mixer for a wide range and variety of customers home and abroad. It is located in Wuxi, Jiangsu province, China. horizontal-slurrypump.com established in 2000, now, over 90% of our workers and engineers have many years of production experience, with production ability of 20 sets per day. They could finish the procedure of design, casting, machining, assembly and testing in
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Why
Choose Us
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高质量
信任印章、信用检查、RoHS(有害物质限制)和供应商能力评估。该公司拥有严格的质量控制体系和专业的测试实验室
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产品开发
内部专业的设计团队与先进的机械车间,我们能合作开发您所需的产品。
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生产​
凭借先进的自动化设备和严格的过程控制系统,我们能够制造超出您需求的所有电气端子。
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全方位服务
我们提供大宗散装与定制小包装服务,贸易条款灵活(FOB、CIF、DDU、DDP),旨在为您的所有关切寻找最佳解决方案。
SOLUTION
SOLUTION
  • Deeply cultivate Sino-Russian friendship! People-to-people and cultural exchanges to celebrate the 75th anniversary of the establishment of diplomatic relations between China and Russia were held in Kazan
    10-23 2024
      A network core switch is an essential component of a network, typically located in the backbone or central area. It is responsible for high-capacity data transfer and plays a critical role in ensuring the smooth operation of the network. Acting as a gateway to the Wide Area Network (WAN) or the Internet, the fiber core switch facilitates connections to servers, Internet Service Providers (ISPs) through routers, and the aggregation of all other switches. To effectively handle the traffic directed to it, a core layer switch must have significant power and capacity, making it essential to be a fast, full-featured managed switch.   How Does Core Switches Work? The following sections describe how the network core switches operate in a network environment.   Network Traffic Aggregation Network core switches perform the crucial duty of aggregating network traffic from various sources, consolidating and managing it efficiently.   High-Speed Data Forwarding Core layer switches are responsible for processing and forwarding data packets rapidly and efficiently, utilizing advanced switching technologies.   Interconnectivity A core switch establishes connections between different segments and subnets within a network, enabling seamless communication and data transfer.   The aforementioned points highlight the benefits of employing a network core switch. In the event of a network failure, this equipment guarantees the reliability and integrity of data transmission by facilitating two-way data flow and enabling network self-healing. The core switch exhibits robust scalability, supporting multiple interfaces and facilitating bus network implementation. Moreover, it features an internal automatic alarm function that promptly notifies relevant personnel of any failures, ensuring timely maintenance. This convenience allows for efficient remote management and maintenance.
  • Ministry of Foreign Affairs News (October 23, 2024)
    10-23 2024
      A network core switch is an essential component of a network, typically located in the backbone or central area. It is responsible for high-capacity data transfer and plays a critical role in ensuring the smooth operation of the network. Acting as a gateway to the Wide Area Network (WAN) or the Internet, the fiber core switch facilitates connections to servers, Internet Service Providers (ISPs) through routers, and the aggregation of all other switches. To effectively handle the traffic directed to it, a core layer switch must have significant power and capacity, making it essential to be a fast, full-featured managed switch.   How Does Core Switches Work? The following sections describe how the network core switches operate in a network environment.   Network Traffic Aggregation Network core switches perform the crucial duty of aggregating network traffic from various sources, consolidating and managing it efficiently.   High-Speed Data Forwarding Core layer switches are responsible for processing and forwarding data packets rapidly and efficiently, utilizing advanced switching technologies.   Interconnectivity A core switch establishes connections between different segments and subnets within a network, enabling seamless communication and data transfer.   The aforementioned points highlight the benefits of employing a network core switch. In the event of a network failure, this equipment guarantees the reliability and integrity of data transmission by facilitating two-way data flow and enabling network self-healing. The core switch exhibits robust scalability, supporting multiple interfaces and facilitating bus network implementation. Moreover, it features an internal automatic alarm function that promptly notifies relevant personnel of any failures, ensuring timely maintenance. This convenience allows for efficient remote management and maintenance.
  • MIIT: our country's industrial green and low-carbon development has made positive progress, and industrial energy conservation and carbon reduction continue to advance
    10-23 2024
      A network core switch is an essential component of a network, typically located in the backbone or central area. It is responsible for high-capacity data transfer and plays a critical role in ensuring the smooth operation of the network. Acting as a gateway to the Wide Area Network (WAN) or the Internet, the fiber core switch facilitates connections to servers, Internet Service Providers (ISPs) through routers, and the aggregation of all other switches. To effectively handle the traffic directed to it, a core layer switch must have significant power and capacity, making it essential to be a fast, full-featured managed switch.   How Does Core Switches Work? The following sections describe how the network core switches operate in a network environment.   Network Traffic Aggregation Network core switches perform the crucial duty of aggregating network traffic from various sources, consolidating and managing it efficiently.   High-Speed Data Forwarding Core layer switches are responsible for processing and forwarding data packets rapidly and efficiently, utilizing advanced switching technologies.   Interconnectivity A core switch establishes connections between different segments and subnets within a network, enabling seamless communication and data transfer.   The aforementioned points highlight the benefits of employing a network core switch. In the event of a network failure, this equipment guarantees the reliability and integrity of data transmission by facilitating two-way data flow and enabling network self-healing. The core switch exhibits robust scalability, supporting multiple interfaces and facilitating bus network implementation. Moreover, it features an internal automatic alarm function that promptly notifies relevant personnel of any failures, ensuring timely maintenance. This convenience allows for efficient remote management and maintenance.
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