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Industrial · SKU: FV4593
Steel Pneumatic Check Valve 1.42 in Port 1450 psi Max Pressure
This steel pneumatic check valve features a robust construction designed for demanding industrial applications. With a 1.
Volume Pricing - Buy More, Save More
| Quantity | Discount | Unit Price |
|---|---|---|
| 1 - 10 | - | $79.99 |
| 11 - 50 | -5% | $75.99 |
| 51+ | -10% | $71.99 |
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Quick Answer
How Buyers Should Evaluate Steel Pneumatic Check Valve 1.42 in Port 1450 psi Max Pressure
This steel pneumatic check valve features a robust construction designed for demanding industrial applications. With a 1. Use the quick checks below to decide whether direct checkout is enough or whether an RFQ will reduce sourcing risk.
Quick Spec Check
- Port Size: 1.42 in
- Max. Operating Pressure: 1450 psi
- Material: Steel
Purchase Details
- Online price starts at $79.99.
- Minimum order quantity: 1 unit.
- Availability: Contact for Availability.
- Lead time: 2-3 weeks.
Use RFQ When
- Use RFQ when you need bulk pricing, alternate pack sizes, or multi-SKU comparison.
- Request support when fit, material, or substitute selection needs confirmation before order.
- Escalate to sourcing when timeline, freight, or stocking strategy matters more than one-off checkout speed.
Technical Specifications
| Port Size | 1.42 in |
| Max. Operating Pressure | 1450 psi |
| Material | Steel |
| Inlet Size | 1.42 in |
| Cracking Pressure | N/A |
| Body Material | Steel |
Full Description
Application context, construction notes, and selection details for evaluating fit before purchase or repeat ordering.
Overview
This industrial-grade pneumatic check valve is engineered for high-performance fluid control in demanding environments. Constructed from premium steel, the unit delivers exceptional durability and resistance to mechanical wear, corrosion, and extreme operating conditions. Designed to facilitate reliable unidirectional flow within complex pneumatic circuits, this component ensures system integrity by preventing backflow without the need for specific cracking pressure adjustments. Its robust build quality makes it suitable for heavy-duty machinery where consistent pressure management and long service life are critical operational requirements.
Key Features
Robust all-steel construction for maximum longevity in harsh settings High-pressure rating supporting up to 1450 psi for intense applications Large 1.42-inch port size optimized for high-volume air flow Precision-matched 1.42-inch inlet for seamless system integration Reliable unidirectional flow control without defined cracking pressure Corrosion-resistant finish suitable for outdoor or humid industrial zones Compact design allowing for easy installation in tight equipment layouts
Specifications
Port Size: 1.42 inches Inlet Size: 1.42 inches Maximum Operating Pressure: 1450 psi Body Material: High-grade Steel Component Material: Steel Cracking Pressure: Not Applicable Unit Pack Quantity: 1 piece Flow Direction: Unidirectional Connection Type: Threaded (standard for specified port size)
Applications
Heavy-duty manufacturing automation systems High-pressure pneumatic power tools and actuators Industrial air compression and distribution networks Hydraulic and pneumatic hybrid machinery Safety isolation circuits requiring fail-safe backflow prevention Mining and construction equipment pneumatic controls Chemical processing plants requiring corrosion-resistant components Operational Reliability The absence of a fixed cracking pressure allows this valve to adapt dynamically to varying system demands, ensuring smooth operation across different load conditions. The steel body provides superior structural integrity compared to brass or plastic alternatives, significantly reducing the risk of failure under thermal stress or physical impact. Engineers specifying this component can expect consistent performance in temperatures ranging from sub-zero freezing conditions to elevated heat environments typical of factory floors. The precise machining of the 1.42-inch ports guarantees a leak-tight seal when paired with standard fittings, minimizing energy loss and maintaining optimal system efficiency. This level of engineering supports continuous operation in critical infrastructure where downtime results in significant production losses.