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Shanghai Weihang Equipment Technology Co., Ltd.

Shanghai Weihang Equipment Technology Co., Ltd. was established in 2017. As a high-tech enterprise specializing in the R&D and manufacturing of advanced equipment, it is headquartered in Baoshan District, Shanghai. The company focuses on air‑, power‑, and fluid‑supply systems, as well as custom‑designed non‑standard equipment, offering integrated solutions and comprehensive support services.

The core R&D team boasts over 20 years of industry experience, and the entire product development process adheres rigorously to national military standards for quality management. The company has a registered capital of RMB 20 million, total assets of approximately RMB 80 million, and an annual output value approaching RMB 100 million. It is equipped with more than 300 sets of machining, measurement, and testing equipment, and possesses comprehensive capabilities for environmental and performance testing.

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Products

Portable Flash Point Tester

It is primarily used for the rapid determination of the flash point of lubricating oils employed in propulsion systems, including power, transmission, and hydraulic systems.

Products

Portable Fuel Cold Filter Plugging Point Tester

It is primarily used for the rapid determination of low-temperature performance parameters of fuel oil.

Products

Energy supply system

The energy supply system is one of the constituent components of both the field vehicle depot setup system and the repair facility setup system. It provides power, compressed air, and vacuum‑pumping services to field vehicle depots and repair facilities; it can simultaneously support power supply, air supply, and vacuum pumping, and allows for flexible switching between independent operation and combined operation according to operational requirements.

Products

10L oxygen concentrator

It can rapidly supply oxygen to ventilators and on-site emergency care, and can provide continuous oxygen generation and delivery when mounted on a vehicle.

Products

Integrated Monitoring and Analysis Instrument

It is primarily used for the comprehensive monitoring of wear conditions in propulsion systems—including power, transmission, and hydraulic systems—and the quality of in-service lubricants, providing a basis for assessing equipment condition and determining oil‑change intervals, as well as serving as a reference for equipment condition management.

Products

Portable Oil Contamination Detector

It is primarily used for the rapid determination of contamination levels in lubricating oils employed in propulsion systems, including power, transmission, and hydraulic systems.
Energy supply system
Integrated Monitoring and Analysis Instrument
Portable Oil-Water Analyzer
Portable Oil Contamination Detector
Portable Oil Viscosity Tester
Portable Flash Point Tester

Technical Services

Product R&D Customization Services

Focusing on the three major systems—gas supply, power supply, and fluid supply—as well as a wide range of custom‑designed, turnkey equipment, we deliver tailored solutions that encompass scheme design, product development, complete‑machine manufacturing, and integrated customization of ancillary systems. We also provide customized military‑grade and industrial non‑standard equipment solutions in accordance with national military standards and national standard frameworks.
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Blog

2026 Recommendations for Selecting Mainstream Equipment in the Vacuum Industry | Evaluation of Domestically Produced Non-Standard Vacuum Systems and Core Supporting Equipment

2026 Recommendations for Selecting Mainstream Equipment in the Vacuum Industry | Evaluation of Domestically Produced Non-Standard Vacuum Systems and Core Supporting Equipment

10

2022-01

Enabling cars to “breathe freely” in oxygen‑deficient environments: Insights from high‑altitude engine testing

High‑altitude engine testing refers to a systematic engineering experiment in which internal combustion engines—covering automotive, aerospace, construction‑equipment, gasoline‑engine, and diesel‑engine applications—as well as new‑energy powertrains such as hybrid systems and fuel cells, are subjected to natural or simulated high‑altitude, low‑pressure, low‑oxygen, and low‑temperature conditions for performance calibration, reliability validation, and adaptability optimization. This process marks the “coming of age” of power systems, transforming them from “plains‑bound beasts” into “plateau eagles.” As new‑energy technologies and conventional powertrains advance in parallel, high‑altitude testing remains indispensable—not only for conventional gasoline vehicles and hybrid powertrains, but also for range extenders.

12

2021-11

Equipment Environmental Testing Laboratory: a “super laboratory” that conducts “extreme‑environment physical assessments” on equipment.

An equipment service environment testing laboratory—also known as an environmental adaptability test laboratory or an environmental simulation test center—is a facility that employs manually controlled methods to reproduce, enhance, or simulate the various natural and induced environmental conditions that equipment may encounter during transportation, storage, deployment, and operation in laboratory settings. It conducts comprehensive tests—ranging from individual components and subsystems to entire systems or vehicles—to verify the environmental adaptability and reliability of weapon systems under realistic battlefield and harsh operational conditions. Typical subjects include military aircraft and unmanned aerial vehicles, missiles and engines, armored vehicles, radar and communications electronics, shipboard and high‑altitude equipment, and more, supporting tasks such as research and development validation, type certification, batch acceptance, in-service evaluation, and life‑cycle assessment. By simulating controlled, repeatable, and quantifiable indoor environments, this approach mitigates the uncertainties associated with outdoor conditions—such as weather variability and logistical constraints—and overcomes seasonal and geographic limitations, thereby significantly enhancing experimental efficiency and the credibility of test conclusions.

12

2021-11

Equipment testing under adverse working conditions

Equipment testing under harsh operating conditions is a systematic quality assessment of devices intended to function in extreme environments, crucial for ensuring their reliability, safety, and service life. Such equipment typically endures severe challenges, including high and low temperatures, high humidity, aggressive corrosion, intense vibration, and electromagnetic interference. It is widely employed in critical sectors such as energy extraction, maritime transportation, aerospace, military systems, and polar research. As industrial technologies advance into increasingly extreme settings, equipment failures can lead to catastrophic consequences, making testing an essential component of preventive maintenance. By simulating performance under extreme conditions, testing can identify latent risks—such as material fatigue, seal degradation, and insulation aging—providing data to inform design improvements and operational‑maintenance strategies, thereby directly safeguarding personnel and protecting assets.
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