Design concept: Focusing on the needs of customers, taking the working conditions parameters as the basis, and taking the site conditions as the reference, tailor-made single or complete sets of equipment that meet the operating conditions and have a clean and elegant appearance. Design means: Making the most of computer-aided design ⑴Drawing application AUTO CAD and Inventer are used to design 2D engineering drawings and 3D engineering equipment graphics. (2) The strength calculation adopts the domestic generally recognized strength calculation software SW6-1998.V4.0 ⑶ Thermal calculation adopts self-compiled software for design check calculation.  Design Flow:

Design concept: Focusing on the needs of customers, taking the working conditions parameters as the basis, and taking the site conditions as the reference, tailor-made single or complete sets of equipment that meet the operating conditions and have a clean and elegant appearance. Design means: Making the most of computer-aided design ⑴Drawing application AUTO CAD and Inventer are used to design 2D engineering drawings and 3D engineering equipment graphics. (2) The strength calculation adopts the domestic generally recognized strength calculation software SW6-1998.V4.0 ⑶ Thermal calculation adopts self-compiled software for design check calculation.  Design Flow:

Design concept: Focusing on the needs of customers, taking the working conditions parameters as the basis, and taking the site conditions as the reference, tailor-made single or complete sets of equipment that meet the operating conditions and have a clean and elegant appearance. Design means: Take advantage of computer-aided design ⑴Drawing application AUTO CAD and Inventer are used to design 2D engineering drawings and 3D engineering equipment graphics. (2) The strength calculation adopts the domestic generally recognized strength calculation software SW6-1998.V4.0 ⑶ Thermal calculation adopts self-compiled software for design check calculation.  

Features: 1. In terms of structure: This series of heat exchangers are mainly divided into two types: vertical and horizontal. This series of heat exchangers currently provide up to four shells and four tube structures. Through strict process guarantees, the possibility of short-circuiting water in the shells is eliminated, the problem of easy short-circuiting in multiple shells for many years is solved, and the heat transfer is improved. Efficiency, reducing the possibility of a series system consisting of multiple water-water heat exchangers absorbing (releasing) heat to the outside world, reducing pipeline connections, and making on-site construction more convenient. 2. Safety performance manufacturing: This series of heat exchangers have been systematically optimized in terms of structural strength and heat transfer in strict accordance with national standards, so that the product can ensure safety and performance, and at the same time eliminate material waste as much as possible, and respond to the national call for energy conservation and emission reduction. Computer-aided design and the accumulation of refrigeration experience in refrigeration pressure vessels for half a century, through advanced processing and welding equipment, the product manufacturing can basically fully meet the design concept. The outstanding advantage of this series of products is the use of advanced internal baffles (such as spiral baffles and baffle rods, etc.), which can increase the heat transfer coefficient by about 30% compared with the arcuate baffles under the same pressure loss. The disadvantage is that the use of The new form of baffles complicates processing and costs more. Operating conditions: This series of products are widely used in various water quality, the temperature range of the inlet and outlet water on both sides is 0-100℃, and the pressure is 1.0Mpa. Application: This series of heat exchangers has been widely used in various industries of national economic operation, such as sewage treatment, waste heat recovery and other fields.

Features: 1. In terms of structure: This series of storage containers can provide 0.01～4.9m3 storage containers for refrigeration devices. The structure is divided into horizontal and vertical. For easy observation of liquid level, sight glass and plate level gauge are optional. 2. Safety performance manufacturing: This series of storage containers adopts SW6-1998 to carry out comprehensive strength design. In terms of material selection, the materials are strictly selected according to the pressure container materials and GB150 regulations. While meeting the strength and guaranteeing life, the utilization rate of materials is improved as much as possible. The use of advanced processing equipment and welding equipment enables product manufacturing to fully meet the design concept. Operating conditions: This series of containers is widely used in air-conditioning units and low-temperature units in various working conditions. Applications: Widely used in aerospace, military, chemical, textile, ships, hotels, entertainment and other fields.

Features: 1. In terms of structure: ①HQS-L series vertical oil separator adopts optimized centrifugal flow channel, which improves the turbulent state of airflow in the distributor to the greatest extent. The conical convex baffle at the bottom effectively makes the airflow change direction when it reaches the bottom.