20mm Golf Impact Ball Stop Netting

Huck Nets heavy duty golf baffle netting is manufactured as a high impact netting solution for golf courses. The 20mm mesh ensures that no golf balls can penetrate the netting, even at high impact while keeping the netting light enough for easy installation and maintenance.  This netting is ideal for use as home golf netting and garden golf netting. It is made to any size you require so can fit any DIY golf cage.

Our golf baffle netting is suitable for indoor and outdoor use and is treated to maintain its strength and structure for multiple seasons. This means netting is UV stabilised and rot proof minimising the impact of the sun and adverse weather. To minimise damage and wear to the perimeter of the net we overlock/stitch the edge with 5-7mm selvedge cord.

Golf baffle nets are designed to be used as a second layer for high impact use, they should be installed 300-500mm in front of the back nets and installed along the top only to allow them to billow with impact. This will increase the life of the main surround net. If it is being used as a single layer of netting then we recommend using the archery grade baffle.

As the manufacturer of this netting, we guarantee that the quality is of a very high standard. It is produced in our UK factory where it is cut and stitched by hand. Many golf clubs in the UK and Europe buy our netting thanks to our dedication to high production values.

This also means that we are able to manufacture netting to bespoke sizes based on your exact requirements. Our golf netting can be used in a number of places around the course including for practice cages, on the driving range and on parts of the course that require safety netting to be installed. You can use our online calculator to get an instant quote and to buy online direct.

 Technical Specs

• 2.3mm diameter
• High tenacity polypropylene, knotless
• 20mm mesh
• Complete with a reinforced selvedge edge 5-7mm
• Made to any size required
• Suitable for golf practice nets and cages
• Netting only