Garden And Farm Nets

Garden and farm nets are not one product but a family of agricultural and horticultural nets, each solving a different threat to a crop. Shade nets control sunlight and heat, bird nets save fruit and seed, insect nets exclude pests for protected cultivation, anti-hail nets shield orchards, and fencing nets keep out larger animals. The right net is chosen by the threat, the crop, and the local climate.

Because the jobs differ, so do the specs that matter. Shade nets are rated by shade percentage, bird nets by mesh size, and insect nets by mesh count — and across all of them, the material grade and GSM decide how many seasons the net survives outdoors. Matching these correctly is the difference between a net that protects a crop for years and one that fails after a season.

For anything beyond a small garden, the structure matters too. Net houses, shade houses, and orchard nets need a sound framework of poles or GI pipe, cables, and fixings to hold the net taut and stable. A net is only as good as what supports it.

This page explains the main net types, how to choose shade percentage and insect mesh, the material and durability specs, the structures for protected cultivation, and what drives the estimate — covering both what a grower needs to understand and what they need to commission the right system.

Growers install nets to solve concrete, recurring losses — a crop eaten, damaged, or scorched. These are the situations the different nets are built for.

Agricultural nets fit any space where a crop needs protecting from a threat or from the sun. The specification changes with the crop and the setting, but the aim — a healthy, protected crop — stays the same.

The right net depends on how and where you grow. A terrace kitchen garden, a nursery of ornamentals, a vegetable net house, and an orchard each call for different nets, specs, and structures, which is why the same category is planned differently for each.

The single most useful thing to understand is that each threat has its own net, and using the wrong one wastes money and leaves the crop exposed. Bird nets stop birds but not insects; insect nets exclude pests but aren't for hail; shade nets manage sun but won't stop a raiding animal.

A good plan starts by naming the real problem — or problems, since many growers need more than one net working together, such as an anti-hail net that also deters birds, or a net house that combines insect exclusion with partial shade.

Shade nets are rated by the percentage of sunlight they block, and picking the right one is the key decision. Too little shade and the crop still stresses in heat; too much and light-hungry plants slow down. As a rough guide, 35–50% suits many vegetables and hardening seedlings in moderate climates, 50–75% suits nurseries, ornamentals, and hotter regions, and 75–90% suits deep-shade plants like orchids and ferns, very hot or arid conditions, and shade for livestock or parking.

Colour and weight matter after that. Green nets are popular for their look and light quality, black nets tend to be the most UV-durable and give even shade, and reflective nets keep things cooler for certain crops. GSM — the net's weight — is the honest indicator of durability at any given shade percentage.

Bird nets save the part of the crop that birds take first — ripening fruit, sown seed, and young seedlings. A small mesh, commonly around 15–25 mm and tighter for very small birds, is stretched over trees, beds, ponds, or vineyards so birds can't reach the crop while light and rain still pass through.

For orchards and vineyards the net is carried on a structure over the rows; for gardens and ponds a lighter pole or wire framework does the job. UV stabilisation is what lets a bird net survive full sun season after season rather than degrading quickly.

Insect nets let growers raise cleaner crops with fewer sprays by physically excluding pests, and they're rated by mesh count — the number of threads per inch. Around 40 mesh keeps out many common insects with good airflow, while 50 mesh is needed to exclude the smallest pests such as whitefly and thrips, which also spread crop viruses.

The trade-off is ventilation: finer mesh blocks more insects but also cuts airflow, which can raise temperature and humidity inside a net house. Getting this balance right — pest exclusion versus cooling — is central to a net house that actually helps the crop, and it's exactly the judgement we help growers make.

In hail-prone regions a single storm can destroy a season's fruit, and an anti-hail net is the defence. It's a tough, UV-stabilised mesh installed on an overhead structure across orchard rows, sized to break the impact of hailstones before they bruise fruit or shred foliage.

Because it sits over the canopy, an anti-hail net often gives incidental shade and bird protection too, though its primary job is hail. The structure has to be engineered to carry the net and shed hail load, which makes this a planned installation rather than a simple cover.

Fencing nets keep larger raiders out of the field, and the right height and density deter deer, wild boar, and stray cattle reasonably well. This can save a crop that would otherwise be trampled or grazed overnight.

Monkeys are the honest exception — they're very hard to fully exclude with any light net, and serious monkey pressure usually needs extra height, overhangs, or additional measures alongside netting. Rather than over-promise, we'll advise a realistic solution matched to the animal you're actually dealing with.

Beyond protection, nets help crops grow better. Trellis and plant-support nets give climbing crops like cucumber, beans, gourds, and peas something to climb, which improves airflow, keeps fruit off the ground, cuts disease, and makes picking easier.

Windbreak nets reduce wind speed across exposed fields and nurseries to protect delicate plants and reduce moisture loss, while pond nets keep birds off fish and ornamental ponds. Each is sized and supported to the crop, row, or water body.

Material grade decides how long any agricultural net lasts. UV-stabilised HDPE is the standard for most farm and garden nets because it resists sun and rain, doesn't rot, and holds up for years; nylon is used for some lighter, finer bird nets. The one non-negotiable outdoors is UV stabilisation — without it, netting embrittles and frays within a season or two.

GSM (grams per square metre) is the practical durability indicator: at the same shade percentage or mesh, a higher-GSM net is tougher and longer-lasting than a thin, light one. Asking the GSM and the UV rating, not just the price, is how you avoid a false-economy net.

For protected cultivation the structure is as important as the net. Net houses and shade houses use a framework of GI pipe or poles, tensioned cables, and secure fixings to hold shade or insect net taut and stable across the growing area, with planned doors and access so the enclosure stays sealed against pests.

The same principle applies to orchard nets, bird nets over trees, and trellis systems — a sound, well-tensioned structure keeps the net working and lasting. We design and install the structure and netting together so the whole system performs as one.

Net pricing can't be judged on one figure, because a shade cloth over a terrace and a full net house over a field are entirely different jobs — as are a light bird net and a hail-rated orchard net. The netting and the structure are separate variables behind every quote.

A clear estimate separates the netting, any structure, and the installation, and states the shade %, mesh, and GSM. That breakdown lets a grower compare quotes fairly and see where a cheaper number is using a thinner net or leaving out the structure.

We supply and install for the full range — from a single home or terrace garden to nurseries, polyhouses, and commercial farms and orchards — because the nets and structures scale to the land. Each project is advised from the crop, the threat, and the area rather than a fixed catalogue.

When choosing, don't decide on price alone. Ask which net suits your threat, what shade % or mesh and GSM are quoted, whether the structure is included, and what realistic protection you'll get against tougher animals. Sharing your crop, area, and location gets you a firm, useful proposal.

Agricultural nets reward light, regular attention. A quality UV-stabilised net shouldn't need much upkeep, but periodic checks of the net, cables, and fixings keep everything taut and effective — and catch small tears before they open into gaps that let in birds or pests.

The two things that shorten a net's life are unrepaired damage and slack tension, both of which reduce protection and accelerate wear. Clear debris and fallen leaves off the net, re-tension after storms, and watch for UV ageing so you can plan replacement before the net fails at harvest time.