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| SKU | Dimensions |
|---|---|
| BVDAL-050 | 2-50mm |
| BVDAL-065 | 2-1-2-65mm |
| BVDAL-075 | 3-75mm |
| BVDAL-100 | 4-100mm |
| BVDAL-125 | 5-125mm |
| BVDAL-150 | 6-150mm |
| BVDAL-200 | 8-200mm |
| BVDAL-250 | 10-250mm |
| BVDAL-300 | 12-300mm |

| SKU | Dimensions |
|---|---|
| BVSRL-050 | 2-50mm |
| BVSRL-065 | 2-1-2-65mm |
| BVSRL-075 | 3-75mm |
| BVSRL-100 | 4-100mm |
| BVSRL-125 | 5-125mm |
| BVSRL-150 | 6-150mm |
| BVSRL-200 | 8-200mm |
| BVSRL-250 | 10-250mm |
| BVSRL-300 | 12-300mm |

| SKU | Dimensions |
|---|---|
| BFVLG-250 | 10-250mm |
| BFVLG-300 | 12-300mm |
| BFVLG-350 | 14-350mm |


| SKU | Dimensions |
|---|---|
| BVDAW-050 | 2-50mm |
| BVDAW-065 | 2-1-2-65mm |
| BVDAW-075 | 3-75mm |
| BVDAW-100 | 4-100mm |
| BVDAW-125 | 5-125mm |
| BVDAW-150 | 6-150mm |
| BVDAW-200 | 8-200mm |
| BVDAW-250 | 10-250mm |
| BVDAW-300 | 12-300mm |

| SKU | Dimensions |
|---|---|
| BVDRW-050 | 2-50mm |
| BVDRW-065 | 2-1-2-65mm |
| BVDRW-075 | 3-75mm |
| BVDRW-100 | 4-100mm |
| BVDRW-125 | 5-125mm |
| BVDRW-150 | 6-150mm |
| BVDRW-200 | 8-200mm |
| BVDRW-250 | 10-250mm |
| BVDRW-300 | 12-300mm |

| SKU | Dimensions |
|---|---|
| BFVWG-250 | 10-250mm |
| BFVWG-300 | 12-300mm |
| BFVWG-350 | 14-350mm |

| SKU | Dimensions |
|---|---|
| BFVL-050 | 2-50mm |
| BFVL-075 | 3-75mm |
| BFVL-100 | 4-100mm |
| BFVL-125 | 5-125mm |
| BFVL-150 | 6-150mm |
| BFVL-200 | 8-200mm |
| BFVL-250 | 10-250mm |
| BFVL-300 | 12-300mm |
In complex piping systems, the difference between peak efficiency and costly downtime often comes down to the reliability of a single component. At Fox Global, we supply a comprehensive range of high-performance, stainless-steel butterfly valves engineered to provide dependable isolation and flow regulation across Australia’s most demanding industrial sectors.
By combining low-profile designs with high-torque capabilities, these valves offer an adaptable solution for throttling or shutting off flow in large-diameter piping. Their streamlined construction makes them a popular selection where space and weight are primary considerations. While ball valves are often the standard for smaller diameter full-bore flow, our butterfly range provides a much more efficient and manageable alternative as line sizes increase.
Whether you are managing heavy-scale mining operations or delicate food-grade processing lines, our range of flanged butterfly valves is selected for its rugged durability. Every valve we stock is selected for its simple design, ease of maintenance and a long service life in the field, making sure your operations stay as efficient as possible.
Our butterfly valves are engineered to exceed standard performance expectations, providing several technical advantages that simplify installation and extend the life of your piping system:
Selecting the correct body style is the first step in maintaining long-term system integrity. While both types serve the same primary function, their installation methods and maintenance capabilities differ significantly.
Wafer-style butterfly valves are the most economical and lightweight choice for general applications. Wafer butterfly valves are designed to be “sandwiched” between two pipe flanges, with the surrounding bolts holding the valve in place.
This compact design makes them optimal for systems where there’s minimal space and cost-effectiveness is a priority. However, because they rely on the tension of the entire flange assembly, they generally cannot be used for end-of-line service.
Lugged-style butterfly valves feature threaded metal inserts, or “lugs,” around the valve body. These lugs allow the valve to be bolted directly to each flange independently, producing a more robust mechanical connection.
The main advantage of this design is that it enables “end-of-line” service. You can disconnect the piping on one side of the valve while the other side remains under pressure. This makes lugged valves the most suitable choice for systems that require frequent downstream maintenance.
A valve’s performance is strictly limited by the compatibility of its internal components 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 | Ductile Iron, Stainless Steel (316) | General industrial vs. Corrosive/Sanitary environments. |
| Disc | Nylon Coated, 316 SS, Al-Bronze | Abrasion resistance, Food Grade, or Marine applications. |
| Seat (EPDM) | Ethylene Propylene | Water, steam, and mild abrasives (Up to 120°C). |
| Seat (NBR) | Nitrile / Buna-N | Oils, fuels, and hydrocarbon-based liquids. |
| Seat (Viton) | Fluoroelastomer | High temperatures and aggressive chemical resistance. |
| Seat (PTFE) | Teflon | Maximum chemical inertness for ultra-corrosive media. |
Our butterfly valves are designed to satisfy the rigorous demands of various industry sectors. We make sure that every valve we ship is fit for its designed environment, providing the necessary resistance to corrosion, pressure, and temperature. For applications requiring the fine-tuned throttling capabilities typically associated with globe valves, our high-performance butterfly designs offer a more space-efficient solution for high-volume hydraulic regulation.
We pride ourselves on being more than only a supplier; we act as technical partners to the Australian engineering community. Our team understands the nuances of pressure ratings, from PN10/16 to Class 150.
We work closely with you to make sure that every valve we supply conforms to the specific drilling patterns, whether Table D, E, or ANSI, required for your existing infrastructure.
Don’t leave your fluid management to chance. By sourcing your flow control components from a single, reliable provider, you reduce the risk of component mismatch and streamline your procurement process.
Our technical staff is available to review your specifications and provide a personalised solution that manages performance within budget. You can request a quote online or contact our technical team immediately at 1300 852 795 to further explore our range and discuss the specific chemical compatibility and pressure requirements of your next project. For detailed specifications, feel free to download our technical product guide.
Most of our standard concentric butterfly valves are designed for bi-directional flow. However, it is important to note that many valves have a “preferred” flow direction to optimise seat longevity and reduce torque requirements. Our technical team can help you determine the best orientation for your specific media.
While smaller valves are easily operated by hand, we generally recommend switching to a worm gear operator for valves 200mm (8″) and larger. This is due to the significant torque required to overcome the seat’s friction at larger diameters, making manual lever operation difficult and potentially unsafe.
Yes, our high-performance range features an integrated ISO 5211 mounting pad. This standardised interface allows direct mounting of pneumatic or electric actuators without the need for expensive brackets or couplings, simplifying the automation process.
In many of our resilient-seated designs, the liners are replaceable. This allows for cost-effective maintenance, as you can replace the rubber or PTFE component rather than the entire valve body. We stock a range of replacement seats for EPDM, NBR, and Viton configurations.
When a lugged valve is used for dead-end service (with the downstream flange removed), the pressure rating is typically reduced to roughly 50% of the standard working pressure. If your application includes frequent dead-ends at high pressure, please consult us about a valve with a specific high-pressure dead-end rating.
All our valve models undergo intensive factory acceptance testing (FAT) in accordance with API 598 or EN 12266-1. This involves both high-pressure shell testing and low-pressure seat leakage testing to ensure “bubble-tight” shut-off before the product arrives at your site.
If you are storing valves for a project, keep them in a slightly open position (about 5 to 10 degrees). Storing them in a fully closed position for prolonged intervals can cause the rubber seat to take a “set” or deform, bringing about higher opening torques or leakage upon initial commission.
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.
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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