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Billericay Farm Services Ltd
- | Spraying Technology
- | Machinery
- | Crop Protection
- | Crop Nutrition
BfS Farm Services Ltd are the leading UK, low drift, spray nozzle specialists, having introduced the Billericay Bubble Jet air inclusion nozzles to the UK market back in the early 1990's. These 3 Star LERAP rated nozzles set new standards in low drift spraying and DRT technology, and resulted in a sea change of attitude to Environmental Protection within the spray application industry.
Since then, the range of low drift nozzles on offer from BfS include a 90%, 4 Star LERAP rated range, a 3 Star LERAP rated low drift range for PWM Systems, and more recently a low drift 80-degree range for narrow nozzle spacing on booms (25 and 33 cm nozzle spacings).
In addition, we manufacture and supply the widest range of liquid fertiliser applicators available with no less than 6 different options.
BfS Farm Services Ltd are the only UK based spray nozzle manufacturer left, and all our products are made locally, near to our head office.
Address
12-14 School Road, DownhamBillericay
Essex
CM11 1QU
United Kingdom
Contact Exhibitor
Products
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BFS manufacture in the UK a complete range of specialist liquid fertiliser applicators from Dribble Bars and AutoStreamers to fixed and variable rate caps. There is a model to suit any sprayer type an ... -
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The BFS STS-80 is an air inclusion, 80º nozzle for use where nozzle body centres are at 25cm or 33cm spacing. This allows for a lower boom height to be maintained to achieve the double overlap require ... -
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Since the early days of the introduction of PWM systems, BfS have been marketing the PulZar nozzles throughout North America and Canada. Now the PulZar nozzle systems are being offered onto the uK mar ... -
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Billericay air Bubble Jets are the internationally renowned, and industry’s leading air induction nozzles, invented by Billericay Farm Services Ltd. Manufactured in Britain, these precision made nozzl ... -
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Achieve up to 90% drift reduction, and cover a wider application rate (volume) from each nozzle size in use. Get the same rates of coverage that you would normally need 3 nozzles to achieve. The nozzl ...
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