Agrifence Easyline SUPER 6 Polywire – 250m

Agrifence Easyline Super 6 White Polywire – 250m

Super 6 sits in the middle of Agrifence's polywire range: 2.5mm across, white, with six stainless steel strands rather than the three in Easyline 3. Twice the metal means the pulse arrives at the far end with more of itself intact, which is what you notice on a line of any length.

This is the 250 metre reel. It is the size for a couple of decent divides or a strip grazing line across a wide field, and the white colour shows up against grass and hedge in a way orange does not always manage in low light — useful when horses are the stock being contained.

Performance & Benefits

• 6 stainless steel strands, twice the conductor count of Easyline 3.
• 2.5mm diameter, a middle weight that reels easily but resists snagging.
• White, which is easier for horses to see than a dark or orange line.
• 250m reel for medium-length temporary runs.
• Stainless strands resist the corrosion that dulls cheaper conductors.

Suitable For

• Medium-length temporary lines: paddock dividers, strip grazing, isolating an animal.
• Horse paddocks, where a visible white line matters.
• Fences on ground with some vegetation growth around the line.
• Agrifence do not recommend Super 6 for perimeter fences or for use in poor conditions.
• For the longest temporary runs, Agrifence Easyline Super 9 at 3mm carries nine strands and holds voltage further still.

How to Use

• Run through ring insulators on wooden posts or through plastic post eyes.
• Tension by hand and re-tension after a week; polywire settles.
• Join only with polywire connectors, never with a knot.
• Wind onto a reel for storage to avoid tangles and kinks.
• Keep growth off the line — six strands tolerate more contact than three, but not indefinitely.

Specification

• 6 stainless steel strands. 2.5mm diameter. 250m length. White.
• Agrifence product code H4601. Barcode 5052150000558.
• Also sold as a 500m reel, Agrifence code H4602.
• Agrifence publish strand counts but no resistance in ohms per metre and no breaking strain, so no conductivity multiple is quoted here.