VOIR® LCPP Liquid Cooling System Safety Protection Scheme
VOIR® LCPP liquid‑cooling system safety solutions provide robust protection across multiple dimensions—including pressure management, waterproof and breathable design, humidity control, and material shielding—ensuring safe operation in applications such as liquid‑cooled ultra‑fast chargers, liquid‑cooled servers, liquid‑cooled energy‑storage pipelines, battery‑module cooling plates, and liquid‑cooled transformers, thereby helping manufacturers enhance system safety and reliability.
Voir in the humanoid robotics field
Voir offers explosion-proof ventilation, oil resistance, water and dust resistance, dehumidification and anti-fogging, and sealing solutions for the robotics field, enhancing robot operational efficiency.
Healthcare facilities have high population densities, and the concentrations of aerosol nuclei and infectious agents are generally elevated—particularly in operating rooms and areas dedicated to caring for infected patients.
Voir® Flexible Medical Sensor Patch Material Solution
Wearable blood glucose monitoring solution: A single-use patch is applied to the posterior aspect of the upper arm, with a sensor embedded in the patch and secured to the application site using an adhesive film.
Voir® e-PTFE Microfluidic Chip Breathability Solution
Injecting reagents into the micro- and nanoscale narrow channels of a microfluidic chip is extremely challenging, and controlling the injection force is particularly difficult.
Voir® Electrochemical Sensor Protection Solution
The Voir® electrochemical sensor converts carbon monoxide concentration into a current signal via redox reactions, enabling detection at the ppm level with rapid response and excellent linearity even at low CO concentrations.
Sun-driven device, waterproof and breathable
Under any complex environmental conditions, the components integrated into a photovoltaic system’s enclosure present significant challenges. To enhance both the external and intrinsic breathability and pressure‑relief capabilities of green energy systems, addressing issues such as waterproofing, dustproofing, air permeability, and UV resistance is critical to the product design.
Waterproof and breathable for crystalline silicon junction boxes and microinverters
Under any complex environmental conditions, the components integrated into a photovoltaic system’s enclosure present significant challenges. To enhance both the external and intrinsic breathability and pressure‑relief capabilities of green energy systems, addressing issues such as waterproofing, dustproofing, air permeability, and UV resistance is critical to the product design.
CPU module waterproof and breathable
Under any complex environmental conditions, the components integrated into a photovoltaic system’s enclosure present significant challenges. To enhance both the external and intrinsic breathability and pressure‑relief capabilities of green energy systems, addressing issues such as waterproofing, dustproofing, air permeability, and UV resistance is critical to the product design.
Voir® Mobile Acoustic Venting Solution Products
The higher the value and the more features a mobile phone or smartphone has, the more frequently it is used—and the greater the likelihood that it will be exposed to environmental hazards that can cause damage.
Voir® Digital Camera Sound-Permeable and Breathable Solution Products
The surge in digital photo-sharing platforms indicates that users are taking their digital cameras to more places, and doing so more frequently.
Voir® Intercom Sound-Transmitting and Breathable Solution Product
Walkie-talkies are critical to military and emergency response missions, and they are equally essential for many industrial applications.
Voir® Low-Temperature Deoxygenation and Humidification Technology
Voir Technology has launched an innovative “deoxygenation and humidification” solution based on its self-developed SEDM electrode membrane, which has passed testing by a well-known consumer appliance manufacturer and resulted in the signing of a multi-year cooperative development and supply agreement.
Voir® fluoropolymer adhesive waterproof and breathable solution for millimeter-wave radar
The Voir® fluoropolymer adhesive waterproof and breathable solution utilizes a self-developed fluoropolymer-based waterproof and dustproof adhesive (FPV001).
Voir® SOT-V Snap-On Valve Solution for LiDAR Applications
The Voir® SOT‑V snap‑on valve solution enhances valve breathing by incorporating a polymeric sealing material, representing a technological upgrade and iteration based on the conventional SOT balance valve.
Voir®ELE Electrostatic Dehumidification Solution for Weather Radar
Meteorological radars are primarily used to detect weather conditions and their trends. They are often deployed in areas with significant temperature differences or at high altitudes, where condensation on the inner surface of the monitoring lens can severely impair image quality and compromise monitoring performance.
Voir® Blast Protection Solution
Based on the gas fire suppression system for large-scale energy storage cabinets and containerized energy storage units, and in consideration of mitigating the pressure buildup and thermal shock caused by thermal runaway in outdoor liquid-cooled energy storage cabinets, Voir Technology provides a comprehensive Voir® explosion-proof protection solution, introducing the Voir® pressure relief panel and the Voir® rupture disc.
Voir® Charging Piles and Ultra-Charging Protection Solutions
Voir has launched comprehensive solutions in the areas of charging piles, liquid cooling, and ultra-fast charging, helping charging-pile manufacturers address challenges such as thermal runaway, explosion-proof safety, pressure balancing, and preventing fire spread.
Voir®DeHum®-Ele Waterless Dehumidification Protection Solution
When powered, the Voir®DeHum®‑Ele electrolysis module, which employs a solid-state polymer electrode membrane, electrolyzes water vapor (H₂O), allowing protons (H⁺) to permeate and be discharged as water vapor, thereby reducing the moisture content within the chamber and achieving a dehumidification effect. The oxygen (O₂) produced during electrolysis helps balance the pressure differential caused by moisture loss.
Voir® DeHum-Def Anti-Icing and Defogging Solution
The DeHum-Def film adheres to lenses, displays, and glass surfaces, and when CCD/CMOS camera lenses, smartphones, windshields, automotive lights, and similar components are exposed to freezing temperatures, it can rapidly eliminate fog through low-voltage heating.
Voir® DeHum-Def Anti-Icing and Defogging Solution
The DeHum-Def film adheres to lenses, displays, and glass surfaces, and when CCD/CMOS camera lenses, smartphones, windshields, automotive lights, and similar components are exposed to freezing temperatures, it can rapidly eliminate fog through low-voltage heating.
Voir®TIM™ New Thermal Insulation Film for 5G Antennas
The new 5G antenna integrates a power amplifier, which increases overall heat generation, posing safety risks and degrading 5G performance.
New Voir®TIM™ insulating film for mobile devices
Mobile devices are becoming increasingly intelligent and slim, with their internal SoC chips and high‑heat‑generating components tightly integrated into extremely compact spaces. As a result, mobile devices face significant thermal management challenges.
Enhance equipment stability and reliability
With the rapid development of 5G networks, the increasing adoption of small-cell technology means that telecommunications infrastructure and electronic components are becoming ever more sophisticated and complex.
Rapidly reduce H2 concentration to lower the risk of explosion.
In the event of a sudden abnormality inside 5G communication power supply batteries and cabinets, large amounts of hydrogen gas (H2) may be released. When the H2 concentration reaches the explosive limit range (4% to 75.6%), it can ignite upon contact with an open flame or an electric arc, potentially leading to combustion or even an explosion.
New Energy Vehicle Battery Pack Protection
Today, in the context of market competition, certain explosion-proof products have emerged that feature simple designs and inherent design flaws, thereby compromising their protective performance.
Protection for the Electric Control Unit (ECU) System of New Energy Vehicles
Voir Technology’s ECV series of breathable protective products are balance valves designed to quickly equalize internal and external pressure, reduce moisture and fogging, and minimize condensation—especially under conditions where the electronic control system generates significant heat and experiences excessive internal pressure during prolonged operation.
Protection for the Electric Drive (EDV) System of New Energy Vehicles
As new‑energy engineering professionals increasingly demand higher performance, safety, and other critical attributes from electric motors, these motors—key components of the core drive system in new‑energy vehicles—must contend with harsh operating conditions and non‑vacuum‑sealed, variable pressure environments, which can adversely affect overall vehicle performance.
In the power distribution architecture of new-energy vehicles, distribution boxes (Boxes) are widely deployed. In addition to high-voltage distribution units (PDUs) installed in the engine compartment, cab, and trunk, these vehicles also feature battery‑protection boxes (EDMs/BDUs), junction boxes (IPUs), charging boxes, and charging interfaces.
New Energy Transmission Oil-Resistant Ventilation Solution
As automotive technology continues to evolve, the three-in-one electric drive system (ESD)—integrating the electronic control unit, motor, and gearbox—has become the mainstream solution. However, this level of integration, while enabling high-frequency operation at extremely high rotational speeds, also poses greater challenges for oil seals.
Automotive Protection – ECU Unit
The electronic control unit (ECU) governs the stable operation of systems ranging from the automotive engine and electric power steering to the ABS anti-lock braking system, serving as the first line of defense in ensuring safe vehicle operation.
New Energy Transmission Oil-Resistant Ventilation Solution
As automotive technology continues to evolve, the three-in-one electric drive system (ESD)—integrating the electronic control unit, motor, and gearbox—has become the mainstream solution. However, this level of integration, while enabling high-frequency operation at extremely high rotational speeds, also poses greater challenges for oil seals.
Automotive Sensor/Detection Instrumentation Protection — For Automotive Electronic Components
Automotive sensors, subjected to environmental factors such as hazardous sensing zones, humidity, extreme high and low temperatures, and the specific characteristics of detected substances—along with risks of flammability and explosion—must maintain reliable signal transmission and uphold high precision and accuracy even under harsh operating conditions.
As the operating conditions and environmental changes of automotive components—particularly heat‑generating, sealed power‑train parts—lead to rising temperatures, designers are increasingly focusing on thermal management.
VOIR DEHUM®ELE Electrodehumidification Solution
LED vehicle lights, when exposed outdoors for extended periods, are prone to fogging under temperature fluctuations or excessive humidity. This not only detracts from their appearance but also compromises lighting performance and reduces their service life.
Voir in the field of lawn-mowing robots
Mowing robots operate outdoors for extended periods, and their cameras are prone to condensation when exposed to temperature fluctuations and inclement weather, which can impair their normal operation.
Voir in the industrial robotics field
Provides support for the robotic arm’s mechanical, sensing, and control systems.
Voir® M671 Explosion-Proof Protection Solution for Battery Packs in Low-Altitude Flying Cars
During operation, the battery pack of a low-altitude aircraft may experience an abnormal increase in internal pressure due to high-power output, frequent charge–discharge cycles, or external environmental changes such as sudden temperature fluctuations and mechanical shocks.
Voir® ePTFE High‑Flexibility Cable Solution for Low‑Altitude Flight Signal Connections
During takeoff and landing, as well as during wing‑folding and unfolding, the cables must withstand high‑frequency vertical torsion and cyclic stress. The exceptional flexibility and fatigue resistance of ePTFE material can effectively reduce the risk of conductor breakage.
Voir®Def high-transmittance anti-fog solution for low-altitude flight radar windows
Voir®DEF High-Transmittance Anti-Fog Solution is a product composed of an optical filter film and nanomaterials.
The internal electronic components of low‑altitude flight radars—such as the RF front end and signal processor—are sensitive to humidity. The Voir® P705 valve‑type moisture‑control valve balances the pressure differential between the inside and outside of the highly sealed product, ensuring that, under normal operating conditions, changes in the external environment—such as variations in temperature and altitude—will not cause seal failure due to an internal–external pressure difference exceeding the component’s tolerance. The product is also equipped with a moisture‑barrier structure that effectively prevents water vapor ingress.
Voir®e-PTFE Gasket Protection Solution for Low-Altitude Aircraft Surfaces
Aircraft surfaces and panels are subjected to various mechanical stresses, which can lead to wear, corrosion, perforation, and cracking, thereby reducing the aircraft’s structural integrity and service life.
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Manufacturing Base: No. 8, Hexin Road, Ma’an Town, Huicheng District, Huizhou City, Guangdong Province
R&D Centers: Shenzhen | Hangzhou | Wuhan
Phone:+86 0752-5310684
Mobile phone:+86 18575268892
Email:s7@voir-tech.com.cn