High Pressure Air Cannon Impact Test System
Break through the transient limit and accurately explore the impact response of materials and structures
A controllable impact testing environment is established using high-pressure pneumatic technology, and specialized equipment supports research in impact dynamics.
In fields such as aerospace, advanced materials, transportation, and structural safety engineering, the dynamic response of materials and structures under transient impact loads serves as a critical basis for elucidating damage and failure mechanisms, assessing impact resistance, and optimizing engineering structural design.
High-pressure air gun (High-Pressure Air Gun) is a kind of dynamic impact loading device driven by compressed gas, which realizes the directional motion of the impact body through the pneumatic acceleration system, and provides controllable test conditions for the study of the mechanical behavior of materials and structures under high-speed collision and transient load.
Xi 'an Xinghualang Technology Co., Ltd. focuses on the research and development of impact dynamics scientific research equipment and the manufacture of non-standard equipment. It provides customized design, precision processing, system integration, installation and debugging services for high-pressure air cannon impact test systems for universities, scientific research institutes and industrial enterprises.
From overall structural design to key component manufacturing, from mechanical system integration to test platform adaptation, professional dynamic impact test equipment is built around customers' scientific research needs.
Core technology advantage
01 High Pressure Pneumatic Impact Loading-Building a Controllable Dynamic Test Environment
Compressed gas is used as the driving energy source to provide transient loading conditions for impact dynamics research.
According to different test objectives, the system scheme design can be carried out around the impact velocity, test object and load characteristics to meet the research needs of different directions such as material dynamic response, structural impact resistance and high-speed collision behavior.
02 High coaxiality precision structure-to ensure stable and reliable impact process
In view of the characteristics of long structure size and high assembly precision of air cannon equipment, the air chamber, launch section, guide support mechanism and overall bearing platform are designed as a whole.
Through precision machining of key components, multi-point support and coaxial adjustment, the assembly error of the structure and the possible offset during operation are controlled, and the directional stability of the impact motion is improved with the consistency of the test conditions.
03 Modular system design-to meet the diverse needs of scientific research
Focusing on different sample types, test devices and laboratory site conditions, the modular design concept is adopted to flexibly carry out the customized design of test support platform, test piece installation mechanism and special interface.
Taking into account the structural integrity, installation convenience and maintenance requirements of the test device, it provides a basis for subsequent scientific research task adjustment and test system function expansion.
04 Multi-Dimensional Test Measurement Integration-Capture Transient Shock Response
The impact process has a short duration and complex dynamic response, which puts forward higher requirements for the time resolution and signal acquisition capability of the test equipment.
According to the customer's test requirements, the interface of speed measurement, high-speed photography, dynamic strain acquisition, impact force measurement and data acquisition system can be reserved or integrated to provide measurement conditions for the study of speed change, structural deformation, stress response and damage evolution in the impact process.
Through the collaborative design of mechanical loading system and test measurement system, it provides support for the acquisition and analysis of dynamic mechanical test data.
05 Safe and reliable engineering design-service professional scientific research test
Based on the actual operation characteristics of high-pressure pneumatic equipment, the safety of pressure-bearing structure, assembly stability, equipment protection and operation and maintenance requirements are comprehensively considered.
Under the premise of meeting the applicable safety specifications and test conditions, carry out key structural design, component quality control and system installation and commissioning, taking into account the safety of equipment operation, engineering reliability and long-term maintenance convenience.
Main products and services
High pressure air gun impact test device
To meet the requirements of high-speed impact test of materials and structures, the design and manufacture of the overall structure of high-pressure air cannons are carried out, and engineering integration services for systems such as pneumatic loading, guiding support and test platform are provided.
Material dynamic impact test platform
In view of the dynamic mechanics research needs of metal materials, composite materials, polymer materials and other engineering materials, the supporting test piece installation device and test tooling are customized to support the study of mechanical response under different impact conditions.
Structural impact resistance test device
For the dynamic response research of engineering structures, connecting components, thin-walled structures and energy-absorbing protective components, customized manufacturing services for impact loading equipment and special test platforms are provided.
Special non-standard equipment and tooling for impact test
According to the customer's existing test conditions, design and manufacture of special support platform, positioning mechanism, specimen clamping device and measuring equipment installation components, to achieve the impact test system and the existing laboratory facilities effective adaptation.
Typical application areas
Aerospace engineering
It is used to study the dynamic response and damage behavior of aircraft structural materials, aviation components and related engineering structures under transient impact loads.
Advanced Materials Research
For metal, composite materials and new engineering materials, the impact deformation, dynamic damage and failure characteristics are studied to provide experimental basis for the dynamic constitutive model and performance evaluation of materials.
Transportation and Structural Safety
It serves the research on the impact resistance of vehicle structure, buffer energy-absorbing materials and engineering protective components, and supports the analysis of structural collision safety and energy absorption mechanism.
Construction of Universities and Scientific Research Experiment Platform
Provide customized experimental equipment, non-standard tooling and test system supporting services for impact dynamics, experimental mechanics and structural dynamics related research teams.
Representative engineering cases
25 mm high pressure air gun impact test device
Focusing on the requirements of dynamic impact test of materials and structures in universities and scientific research institutions, Xi'an Xinghualang Technology Co., Ltd. carried out the design and manufacture of 25 mm high-pressure air gun impact test device.
The project adopts a long-distance linear structural layout, and carries out an integrated design around the high-pressure air chamber, launch section, guiding support mechanism and bearing platform, focusing on solving engineering problems such as long-size equipment assembly, structural coaxiality control, multi-point support adjustment and test system interface adaptation.
Relevant devices have been applied to the impact dynamics experimental research of universities and scientific research institutions such as Northwestern Polytechnical University, providing experimental equipment support for the study of dynamic behavior of materials and structures under transient impact.
Full process customized service
Analysis of scientific research demand → overall scheme design → mechanical structure design → process and engineering drawing → precision processing and manufacturing → system assembly detection → installation and debugging and test adaptation
Adhere to the scientific research needs-oriented, the test objectives, device structure, manufacturing process and laboratory conditions, to provide customers with professional, customized engineering and technical services.
With professional equipment, explore more possibilities of impact dynamics.
Every transient impact contains important information about the dynamic response of materials and structures; each set of high-quality test equipment is an important foundation for promoting scientific research and engineering technology innovation.
Xi'an Xinghualang Technology Co., Ltd. is based on mechanical structure design, supported by precision manufacturing and system integration, and continues to serve the R & D and manufacturing needs of impact dynamics experimental equipment and non-standard scientific research equipment.
Specialized in design, manufacturing, with reliable equipment to support cutting-edge scientific research and exploration.