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300mm X M10 Float Arm (bent)

$27.72 (incl. GST)

112 in stock

SKU: 0663 Category:

These are the arms we use in all of the Ulti Flo Valve kits where the inlet to the trough is above the required water level.

By having the arm bent down slightly allows the float to better engage with the water thereby providing the required boyancy.

When fitted to a Ulti Flo Float valve, with an 8” float mounted on the end of the arm, they will provide a shut off pressure of ≤ 900 Kpa (130 psi.)

All Cocky valve float arms are made from 10mm Ø SS316 rod making them the strongest arms on the market.

  • 300mm X M10 Float Arm (bent)

Obstacle clearance: Its bent design allows the float to clear lids, walls, or brackets that a straight arm would hit.

Robust build: Made from SS316 stainless steel 10 mm rod—strong, corrosion-resistant, and reliable in harsh environments.

High pressure capacity: Matches shut-off pressures you’d expect from similar length arms—around 900 kPa with an 8″ float—delivering reliable performance.

Compatibility & flexibility: Uses standard M10 thread so works with existing Cocky Valve assemblies and adaptors.

Tailored fit: Designed for real trough/tank challenges; provides a practical solution for setups with physical constraints.

1. What is special about the “bent” 300 mm float arm design?
The bent shape offsets the float to avoid obstacles around the trough inlet, allowing clearance around lids or mounting brackets and ensuring smoother float operation.

2. What material is the 300 mm bent arm made from?
It is built from SS316 stainless steel rod, 10 mm diameter, providing strength, corrosion resistance, and durability under load.

3. What shut-off pressure does this arm achieve with an 8″ float?
When paired with an 8″ (200 mm) float and the correct valve body, it can achieve shut-off around 900 kPa (≈ 130 psi).

4. In which setups is the bent 300 mm arm most useful?
Ideal for situations where a straight arm is obstructed—like enclosed trough lids, feedlot troughs with narrow openings, or where a slight offset prevents interference with mounting hardware.

Product Information

These are the arms we use in all of the Ulti Flo Valve kits where the inlet to the trough is above the required water level.

By having the arm bent down slightly allows the float to better engage with the water thereby providing the required boyancy.

When fitted to a Ulti Flo Float valve, with an 8” float mounted on the end of the arm, they will provide a shut off pressure of ≤ 900 Kpa (130 psi.)

All Cocky valve float arms are made from 10mm Ø SS316 rod making them the strongest arms on the market.

What the Product Contains
  • 300mm X M10 Float Arm (bent)
Why Choose Cocky Valve?

Obstacle clearance: Its bent design allows the float to clear lids, walls, or brackets that a straight arm would hit.

Robust build: Made from SS316 stainless steel 10 mm rod—strong, corrosion-resistant, and reliable in harsh environments.

High pressure capacity: Matches shut-off pressures you’d expect from similar length arms—around 900 kPa with an 8″ float—delivering reliable performance.

Compatibility & flexibility: Uses standard M10 thread so works with existing Cocky Valve assemblies and adaptors.

Tailored fit: Designed for real trough/tank challenges; provides a practical solution for setups with physical constraints.

Product FAQs

1. What is special about the “bent” 300 mm float arm design?
The bent shape offsets the float to avoid obstacles around the trough inlet, allowing clearance around lids or mounting brackets and ensuring smoother float operation.

2. What material is the 300 mm bent arm made from?
It is built from SS316 stainless steel rod, 10 mm diameter, providing strength, corrosion resistance, and durability under load.

3. What shut-off pressure does this arm achieve with an 8″ float?
When paired with an 8″ (200 mm) float and the correct valve body, it can achieve shut-off around 900 kPa (≈ 130 psi).

4. In which setups is the bent 300 mm arm most useful?
Ideal for situations where a straight arm is obstructed—like enclosed trough lids, feedlot troughs with narrow openings, or where a slight offset prevents interference with mounting hardware.