Research Capabilities

Research capabilities

1. High-quality products and solution design capabilities
The company has a high capacity for customised design. Its products are distinguished by their full functionality and high reliability of construction. We guarantee the stability and reliability of product quality even in large-scale production, fully satisfying the diverse needs of our customers.

2. Advantages in production technologies and quality control
The production lines are highly flexible and can be quickly adapted to different requirements by replacing the technological equipment.
Production efficiency is high, the defect rate is low, and the production cost is the best in the industry.
The technological equipment we have developed allows us to quickly produce and deliver non-standardised products and small parts, ensuring a timely response to market demand.
We use a variety of quality control methods that comply with both national standards and American ASME standards.

3. Management advantages
The company's management team includes technical, marketing and management specialists with extensive practical experience in the industry. Most of them have more than 10 years of experience in the field of industrial heat exchange and energy-saving equipment, have a deep understanding of industry trends, and are able to effectively meet customer needs through innovation in solutions and sales channels.

4. We strive to become a leading national and international supplier of heat exchange system solutions: our activities cover six continents and nearly 100 countries and regions, and our global sales and service network ensures the fastest and highest quality customer service.

PV Elite

Software for designing pressure vessels and heat exchangers. It has an extensive material database, including more than 3,600 types of materials with specifications, including ferrous metals according to the ASME SA standard and non-ferrous metals according to the SB standard. Performs rigorous stress analysis, including wall thickness calculation under pressure, which meets the requirements for equipment design in extreme conditions. For vertical and horizontal vessels, as well as heat exchangers, PV Elite considers the design as a whole, taking into account the principles of wall thickness calculation and stress analysis requirements. In addition, for individual pressure vessel components, PV Elite is capable of performing simulation and analysis in accordance with applicable universal safety standards (using the CodeCalc module).

HTRI Xchanger Suite

Leading global software for designing and modelling heat exchangers, widely used in the oil, chemical, energy and other industries. It is mainly used for designing, analysing and optimising heat exchangers, refrigerators, heaters and other thermal equipment.

Key features:

• Heat transfer calculations: based on more than 40 years of experimental data on industrial heat transfer equipment, providing accurate calculations of heat transfer and pressure drop.

• Flexible design options: users can strictly define the geometric structure of heat exchangers, making full use of HTRI's empirical formulas to predict performance.

• Detailed reports: provide detailed calculation results for individual sections, which helps to analyse equipment performance.

• Visualisation: supports graphs and WYSIWYG (what you see is what you get) functionality, providing a clear representation of calculation results.