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| SKU | Dimensions |
|---|---|
| SSDHV-012 | 1-2-12mm |
| SSDHV-019 | 3-4-19mm |
| SSDHV-025 | 1-25mm |
| SSDHV-032 | 1-1-4-32mm |
| SSDHV-038 | 1-1-2-38mm |
| SSDHV-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| BV3LP-006 | 1-4-6mm |
| BV3LP-010 | 3-8-10mm |
| BV3LP-012 | 1-2-12mm |
| BV3LP-019 | 3-4-19mm |
| BV3LP-025 | 1-25mm |
| BV3LP-032 | 1-1-4-32mm |
| BV3LP-038 | 1-1-2-38mm |
| BV3LP-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| BV3TP-006 | 1-4-6mm |
| BV3TP-010 | 3-8-10mm |
| BV3TP-012 | 1-2-12mm |
| BV3TP-019 | 3-4-19mm |
| BV3TP-025 | 1-25mm |
| BV3TP-032 | 1-1-4-32mm |
| BV3TP-038 | 1-1-2-38mm |
| BV3TP-050 | 2-50mm |
| BVMF-003 | 1-8-3mm |

| SKU | Dimensions |
|---|---|
| SSLPV-012 | 1-2-12mm |
| SSLPV-019 | 3-4-19mm |
| SSLPV-025 | 1-25mm |
| SSLPV-032 | 1-1-4-32mm |
| SSLPV-038 | 1-1-2-38mm |
| SSLPV-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| SSTPV-012 | 1-2-12mm |
| SSTPV-019 | 3-4-19mm |
| SSTPV-025 | 1-25mm |
| SSTPV-032 | 1-1-4-32mm |
| SSTPV-038 | 1-1-2-38mm |
| SSTPV-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| BBVFF-006 | 1-4-6mm |
| BBVFF-010 | 3-8-10mm |
| BBVFF-012 | 1-2-12mm |
| BBVFF-019 | 3-4-19mm |
| BBVFF-025 | 1-25mm |
| BBVFF-032 | 1-1-4-32mm |
| BBVFF-038 | 1-1-2-38mm |
| BBVFF-050 | 2-50mm |
| BBVFF-065 | 2-1-2-65mm |
| BBVFF-075 | 3-75mm |
| BBVFF-100 | 4-100mm |

| SKU | Dimensions |
|---|---|
| BBVMF-008 | 1-4-8mm |
| BBVMF-010 | 3-8-10mm |
| BBVMF-012 | 1-2-12mm |
| BBVMF-019 | 3-4-19mm |
| BBVMF-025 | 1-25mm |
| BBVMF-032 | 1-1-4-32mm |
| BBVMF-038 | 1-1-2-38mm |
| BBVMF-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| TBVFF-008 | 1-4-8mm |
| TBVFF-010 | 3-8-10mm |
| TBVFF-012 | 1-2-12mm |
| TBVFF-019 | 3-4-19mm |
| TBVFF-025 | 1-25mm |

| SKU | Dimensions |
|---|---|
| TBVMF-008 | 1-4-8mm |
| TBVMF-010 | 3-8-10mm |
| TBVMF-012 | 1-2-12mm |
| TBVMF-019 | 3-4-19mm |
| TBVMF-025 | 1-25mm |

| SKU | Dimensions |
|---|---|
| BBVMN-012 | 1-2-12mm |
| BBVMN-019 | 3-4-19mm |
| BBVMN-025 | 1-25mm |

| SKU | Dimensions |
|---|---|
| BVMF-006 | 1-4-6mm |
| BVMF-010 | 3-8-10mm |
| BVMF-012 | 1-2-12mm |
| BVMF-019 | 3-4-19mm |

| SKU | Dimensions |
|---|---|
| BVMM-003 | 1-8-3mm |
| BVMM-006 | 1-4-6mm |
| BVMM-010 | 3-8-10mm |
| BVMM-012 | 1-2-12mm |
| BVMM-019 | 3-4-19mm |

| SKU | Dimensions |
|---|---|
| SSBV1-006 | 1-4-6mm |
| SSBV1-010 | 3-8-10mm |
| SSBV1-012 | 1-2-12mm |
| SSBV1-019 | 3-4-19mm |
| SSBV1-025 | 1-25mm |
| SSBV1-032 | 1-1-4-32mm |
| SSBV1-038 | 1-1-2-38mm |
| SSBV1-050 | 2-50mm |
| SSBV1-065 | 2-1-2-65mm |
| SSBV1-075 | 3-75mm |

| SKU | Dimensions |
|---|---|
| PPBVL-012 | 1-2-12mm |
| PPBVL-019 | 3-4-19mm |
| PPBVL-025 | 1-25mm |
| PPBVL-032 | 1-1-4-32mm |
| PPBVL-038 | 1-1-2-38mm |
| PPBVL-050 | 2-50mm |

| SKU | Dimensions |
|---|---|
| PPBVT-019 | 3-4-19mm |
| PPBVT-025 | 1-25mm |

| SKU | Dimensions |
|---|---|
| PBVF-012 | 1-2-12mm |
| PBVF-019 | 3-4-19mm |
| PBVF-025 | 1-25mm |
| PBVF-032 | 1-1-4-32mm |
| PBVF-038 | 1-1-2-38mm |
| PBVF-050 | 2-50mm |
| PBVF-065 | 2-1-2-65mm |
| PBVF-075 | 3-75mm |
| PBVF-100 | 4-100mm |
In critical fluid handling systems, the difference between streamlined production and a catastrophic leak often rests on the performance of a single shut-off point. At Fox Global, we stock a premier selection of high-performance ball valves, precision-engineered to provide instantaneous, “bubble-tight” isolation across Australia’s most demanding industrial landscapes.
By utilising a high-polish spherical disc and resilient seating, these valves offer a superior solution for rapid-response shut-off in high-pressure or high-vacuum lines. Their compact, quarter-turn operation makes them the primary choice for systems where speed, reliability, and positive sealing are non-negotiable. While gate valves are often used for slower, multi-turn isolation, our ball valve range provides a more reliable and maintenance-friendly alternative, ideal for frequent cycle applications.
By combining low-profile designs with high-torque capabilities, these valves offer an adaptable solution for shutting off flow in both small and large-diameter piping. Their streamlined construction makes them a popular selection where space and weight are primary considerations. While butterfly valves are often the standard as line sizes increase for general flow, our ball valve range provides the ultimate seal for high-pressure and high-frequency applications.
Whether you are managing abrasive slurry lines in the mining sector or high-purity fluid transfer in pharmaceutical processing, our range of manual and automated ball valves is selected for its ruggedness. Every valve in our inventory is chosen for its simplicity of design, exceptional sealing integrity, and long-term service life, ensuring your site operations remain both safe and efficient.
Our ball valves are engineered to exceed standard mechanical expectations, providing several technical advantages that simplify on-site integration and enhance the safety of your process lines:
Selecting the correct body construction is the first step in ensuring your system is both cost-effective and easy to maintain. While the internal mechanism remains similar, the body configuration determines how much downtime is required for a seal change.
2-piece ball valves are the most widely utilised choice for general industrial isolation. The body consists of two sections, the main body and an end cap, which are threaded together to house the internal components.
This design is highly durable and cost-effective for applications where space is limited. When paired with brass camlock fittings, they provide a secure, leak-free connection for mobile transfer systems. However, because the valve must be removed from the pipeline to replace internal seals, they are best suited for systems where media is clean and maintenance cycles are infrequent.
3-piece ball valves feature a central body section and two independent end caps. This design allows the centre section, containing the ball, stem, and seats, to be “swung out” or removed while the end caps remain fixed to the pipe.
The primary advantage of this design is in-line serviceability. It enables maintenance teams to replace seats and seals in minutes without disturbing the surrounding piping or welds. This makes 3-piece valves the essential choice for high-cycle processes and critical systems that require rapid turnaround times.
Choosing the correct alloy is a critical decision that impacts both the initial project budget and the long-term reliability of the system. While both materials are common in industrial flow control, they serve very different operational purposes.
Stainless steel is the premium choice for environments where durability and hygiene are non-negotiable. Utilising 316-grade stainless steel ensures superior resistance to pitting and crevice corrosion, particularly in use cases within chloride-rich or acidic environments.
Brass is the industry-standard “workhorse” for non-corrosive, general-purpose applications. Often nickel-plated for added exterior protection, these valves offer excellent thermal and electrical conductivity and are generally easier to install due to the softer nature of the metal.
A ball valve’s reliability is limited by the compatibility of its internal seals with the media it carries. To ensure long-term performance and prevent premature seal failure, we supply a diverse range of material combinations engineered to specific chemical and thermal requirements.
| Component | Standard Options | Common Applications |
| Body | 316 Stainless Steel, WCB Carbon Steel, Brass | Corrosive media, Oil & Gas, or General Water/Air. |
| Ball | 316 Stainless Steel, Chrome-Plated Brass | Constructed to high-purity liquids, steam, and chemical resistance. |
| Seats (PTFE) | Virgin Teflon | Standard chemical inertness for temperatures up to 180°C. |
| Seats (RPTFE) | Glass/Carbon Reinforced Teflon | High-cycle applications requiring improved longevity and wear resistance. |
| Seats (PEEK) | Polyether Ether Ketone | Extreme high-temperature and high-pressure steam service. |
| Seals (Viton) | Fluoroelastomer (FKM) | Resistance to oils, fuels, and aggressive hydrocarbons. |
Our ball valves are designed to satisfy the rigorous demands of various industry sectors. We ensure that every valve we ship is fit for its intended environment, providing the necessary resistance to pressure surges, corrosion, and temperature. For applications requiring automated modulation or fail-safe logic, our ball valves integrate perfectly with modern control systems to provide a high-torque, space-efficient solution.
We pride ourselves on being more than only a component supplier; we act as technical partners to the Australian engineering community. Our team understands the nuances of pressure ratings and thread specifications, ensuring your equipment meets both safety and performance benchmarks.
We work closely with you to make sure that every valve we supply conforms to the specific drilling patterns and connection standards required for your existing infrastructure.
Don’t compromise your system’s integrity with sub-standard components. By sourcing your valves from Fox Global, you minimise the risk of seat failure and streamline your procurement with a single, expert provider.
Our technical staff is available to review your P&ID or project specifications and provide a personalised solution that balances reliable performance with budget. You can request a quote online or contact our technical team immediately at 1300 852 795 to discuss the pressure and chemical requirements of your next project. To find out more about detailed dimensional information, feel free to download our technical product guide.
In a standard ball valve, there is a small void between the ball and the body where fluid can become trapped when the valve is closed. Cavity filler seats extend to fill this gap, preventing product (like milk, chocolate, or chemicals) from stagnating or crystallising in the “dead space.” These are essential for the food, pharmaceutical, and adhesive industries.
In a floating ball design (common in sizes up to 6″), the ball is supported only by the seats and “floats” slightly downstream to create a seal. In trunnion-mounted valves (for large diameters or ultra-high pressures), the ball is anchored at the top and bottom by a shaft, which reduces operating torque and prevents seat deformation under massive hydraulic loads.
Stiffness is usually caused by “media buildup” or “thermal set.” If a valve is left in one position for months, the seats can take the shape of the ball (thermal set), or debris can lodge in the seat cavity. Regularly “cycling” your valves once a month can prevent seizing and extend the life of the actuator.
Yes, provided the valve has an ISO 5211 mounting pad. If your valve has this square or circular flange beneath the handle, you can remove the lever and bolt an actuator directly to it. If it doesn’t have this pad, you would typically need a custom-made bracket or a full valve replacement to automate the line.
Standard valves rely on plastic seats (like PTFE) which melt in a fire. A “Fire-Safe” certified valve includes a secondary metal-to-metal seat. If a fire melts the soft seat, the ball will drop against the metal backup, providing a secondary seal to prevent hazardous fluids from feeding the fire.
If you are storing valves for a project, keep them in a fully open position. Storing them in a fully closed position for prolonged intervals can cause the soft seats to take a “set” or deform, which can lead to higher opening torques or potential leakage upon initial commissioning.
Yes, we can provide EN 10204 3.1 Material Test Reports upon request. These documents verify the chemical and physical properties of the valve’s pressure-retaining parts, providing the traceability required for high-risk mining and chemical applications.
While many valves are rated for the full pressure of the line, using a valve for “dead-end” service (where the downstream pipe is removed) can be dangerous if the valve is not specifically designed for it. Always consult our technical team if your system requires a valve to act as a primary barrier for a disconnected line.
With Fox Global, you can pick up the phone and chat with an industry expert for a customised end-to-end solution.

Mon-Thurs: 6:30am - 4pm
Friday: 6:30am - 3pm
6 Johnson Place,
Cranebrook, NSW 2749

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