Airtac Solenoid Valve Optimal Selection Guide for Different Industries
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Introduction
Solenoid valve selection is not a "one-size-fits-all" process. Operating conditions, control requirements, and safety standards vary significantly across different industries: automotive manufacturing requires high frequency and high flow; medical equipment needs precision and safety; food and beverage require hygiene and contamination prevention; and electronics manufacturing needs miniature and clean components. As a full-range solenoid valve supplier, Airtac develops customized selection solutions tailored to the specific pain points of various industries. This article will focus on five core industries, detailing the optimal Airtac solenoid valve selection combinations to help you accurately match industry needs.
I. Automotive Manufacturing Industry: High Frequency, High Flow, Anti-Vibration
Industry Pain Points
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Production lines operate continuously (24 hours), requiring solenoid valves to switch frequently (2–3 times/second).
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Welding and assembly stations experience strong vibrations, requiring robust, shock-resistant valve bodies.
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Some applications (e.g., battery assembly) require cleanliness and freedom from oil contamination.
Optimal Selection Scheme
| Application Scenario | Recommended Model Series | Key Selection Requirements |
| Welding Robots | 4V310-10 / 4V410-15 | Internal pilot type, effective area $35\sim 50\text{mm}^2$, mechanical life $\ge 10$ million cycles, anti-vibration (IEC 60068-2-6); select DC24V (suitable for PLC). |
| Car Body Assembly Line Cylinders | 6V Series Manifold Valves | Modular integration, reduced pipe leakage, fast maintenance; with magnetic switch interface for real-time spool position monitoring. |
| New Energy Battery Assembly | 4V210-08 (Oil-Free Type) | Lubrication-free design to prevent oil contamination of batteries; IP65 protection against workshop dust. |
| Paint Shop Valve Control | 4V310-10 (Stainless Steel) | 304 stainless steel body to resist paint corrosion; FKM seals, temperature resistance $60^\circ\text{C}+$. |
Industry-Exclusive Advantages
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High-Frequency Service Life: 4V400 series mechanical life $\ge 10$ million cycles, meeting 24-hour continuous operation needs.
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Anti-Vibration Design: Reinforced valve body mounting holes, spool with cushioning structure, no sticking in vibration scenarios.
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Cleanliness Adaptability: Oil-free models prevent contamination, complying with automotive manufacturing cleanliness standards.
II. Medical Equipment Industry: Precision, Safety, Cleanliness
Industry Pain Points
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High control precision required (response time $\le 0.03$ seconds), necessitating avoidance of actuation errors.
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Power supply uses safety low voltage (DC12V/DC24V), requiring low power consumption and leakage prevention.
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Clean environment (dust-free, oil-free), requiring anti-contamination and ease of sterilization.
Optimal Selection Scheme
| Application Scenario | Recommended Model Series | Key Selection Requirements |
| Ventilator Airflow Control | 3V110-06 (Ceramic Spool) | Direct-acting zero-pressure start, response time $\le 0.03\text{s}$; ceramic spool is wear-free, leakage $\le 1\text{mL}/\text{min}$; DC12V low power consumption ($1.5\text{W}$). |
| Infusion Pump Dosing Control | 3V210-08 (Food Grade) | Food-grade seals (FDA compliant), sterilizable; miniature size ($45\text{mm} \times 25\text{mm}$), suitable for compact equipment layouts. |
| Surgical Robot Pneumatic Control | 4V210-08 (Precision Type) | Effective area $17\text{mm}^2$, actuation error $\le 0.01\text{s}$; IP67 protection against liquid spray (for sterilization scenarios). |
| Medical Bed Pneumatic Adjustment | 4V310-10 (Double Solenoid) | Double solenoid self-holding function, maintains position during power loss; low-noise exhaust ($\le 60\text{dB}$), suitable for ward environments. |
Industry-Exclusive Advantages
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Precision Control: 3V series direct-acting response time $\le 0.03$ seconds, meeting the precise demands of medical equipment.
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Safety Design: DC low voltage, anti-leakage coil, complying with medical electrical safety standards (IEC 60601).
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Cleanliness Adaptability: Food-grade materials, oil-free design, resistant to alcohol sterilization.
III. Food and Beverage Industry: Hygiene, Anti-Contamination, Wash-Down Resistance
Industry Pain Points
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Production environment requires frequent cleaning (high-temperature water, acid/alkaline cleaners), necessitating water resistance and anti-corrosion.
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Media must be protected from contamination (e.g., compressed air contacting food), requiring hygienic materials.
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Production lines operate continuously, requiring long service life and low maintenance.
Optimal Selection Scheme
| Application Scenario | Recommended Model Series | Key Selection Requirements |
| Filling Equipment Cylinder Control | 4V210-08 (Hygienic Type) | Anodized aluminum alloy body resists cleaning agent corrosion; FKM seals, temperature resistance $80^\circ\text{C}$ (high-temp cleaning); lubrication-free design. |
| Packaging Machine Sealing Control | 6V Series Manifold Valves | Modular integration, reduces dead corners for cleaning; centralized exhaust to prevent airflow contamination of food. |
| Raw Material Conveyor Valve Control | 4M Series NAMUR Interface | Suitable for hygienic valve actuators; 304 stainless steel material, resistant to acid/alkaline cleaning agents. |
| Sterilization Equipment Pneumatic Control | 4V310-10 (High-Temperature Type) | Temperature resistance $100^\circ\text{C}$, suitable for high-temperature sterilization workshops; IP67 protection against high-pressure water gun cleaning. |
Industry-Exclusive Advantages
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Hygienic Design: Valve body without dead corners, food-grade seals, compliant with food contact material standards (FDA).
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Wash-Down Resistance: IP67 protection, capable of withstanding direct cleaning with a high-pressure water gun ($0.5\text{MPa}$).
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Anti-Corrosion: Anodized aluminum alloy + FKM, resistant to acid/alkaline cleaning agents ($\text{pH } 2\sim 12$).
IV. Electronics Manufacturing Industry: Miniature, Clean, Anti-Interference
Industry Pain Points
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Equipment is compact (e.g., desktop assembly machines), requiring miniature solenoid valves.
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Cleanroom environment, requiring dust prevention and freedom from oil contamination.
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High-frequency micro-movements (e.g., chip picking), requiring high precision and low wear.
Optimal Selection Scheme
| Application Scenario | Recommended Model Series | Key Selection Requirements |
| Chip Picking Gripper Control | 3V110-06 (Miniature) | Size $\le 40\text{mm} \times 20\text{mm}$, weight $\le 80\text{g}$; direct-acting zero-pressure start, actuation error $\le 0.02\text{s}$; DC24V low power consumption. |
| Circuit Board Testing Equipment | 4V110-06 (Oil-Free Type) | Effective area $8\text{mm}^2$, suitable for miniature cylinders; lubrication-free design, no oil mist contamination of circuit boards. |
| Display Screen Assembly Line | 6V210-08 (Manifold Type) | Modular integration, saves cleanroom space; with bus interface, suitable for centralized PLC control. |
| Semiconductor Vacuum System | 3V210-06 (Vacuum Type) | Direct-acting structure, suitable for $-0.09\text{MPa}$ vacuum environment; ceramic seal, no leakage. |
Industry-Exclusive Advantages
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Miniature Design: 3V series minimum size is only $40\text{mm} \times 20\text{mm}$, suitable for compact equipment.
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Cleanliness Adaptability: Oil-free models prevent oil mist contamination of electronic components.
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Precision Actuation: Response time $\le 0.03$ seconds, positioning accuracy $\le \pm 0.02\text{mm}$, meeting micro-control demands.
V. Environmental Water Treatment Industry: Anti-Corrosion, Moisture Resistance, High Flow
Industry Pain Points
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Environment is humid and wet, requiring waterproofing and anti-leakage protection.
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Media contains slight corrosion (e.g., sewage, chemicals), requiring anti-corrosion materials.
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Water treatment equipment (e.g., aeration tanks, dosing pumps) requires high flow and stable control.
Optimal Selection Scheme
| Application Scenario | Recommended Model Series | Key Selection Requirements |
| Aeration Tank Valve Control | 4V410-15 (High Flow) | Effective area $50\text{mm}^2$, suitable for large-diameter valves; IP65 protection against moisture and water vapor. |
| Dosing Pump Pneumatic Control | 4V310-10 (Stainless Steel) | 304 stainless steel body resists chemical corrosion; FKM seals, suitable for chemical media. |
| Sewage Treatment Sludge Discharge Valve | 4M Series NAMUR Interface | Suitable for sludge discharge valve actuators; double solenoid self-holding, maintains valve position during power loss. |
| Pure Water Equipment Pneumatic Control | 4V210-08 (Oil-Free Type) | Lubrication-free design to prevent contamination of pure water; Silicone rubber seals, low-temperature resistance (outdoor scenarios). |
Industry-Exclusive Advantages
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Anti-Corrosion: Stainless steel body + FKM seals, resistant to sewage and chemical corrosion.
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Moisture Resistance: IP65 protection + epoxy resin potted coil, prevents water vapor intrusion leading to short circuits.
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High Flow: 4V400 series effective area $50\text{mm}^2$, meeting the flow demands of water treatment equipment.
Summary
The differences in operating conditions across industries dictate the focus of solenoid valve selection: automotive emphasizes "high frequency, anti-vibration," medical emphasizes "precision, safety," food and beverage emphasizes "hygiene, wash-down resistance," electronics emphasizes "miniature, clean," and environmental water treatment emphasizes "anti-corrosion, high flow." Airtac solenoid valves, with their full range product coverage and customization capabilities, provide accurately tailored solutions for every industry. If your industry is not listed above, or you have special operating condition requirements, please contact the Airtac technical team for exclusive selection advice.
Call to Action (CTA)
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Industry Solution Consultation: Submit your industry and application scenario to receive a customized selection plan.
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Download Industry Manual: https://www.airtac-shop.com (Application Cases - Industry Solutions)
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Sample Testing: Request a free sample to verify its suitability for your equipment conditions.