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ELF Moto Brake Fluid Dot 4, 250 ml

ELF Moto Brake Fluid Dot 4, 250 ml
Manufacturer:
Elf
Part Number:
ELFBFD4
Our Price
€ 4,00

(Discount: 20%)

MSRP

€ 5,00



Quantity 
Shipping (U.S.A.): € 32,50
(Priority International Courier (2 business days))
Estimated delivery date: 12/03/2010
Availability:  In Stock
Payment Methods:
  • Cash on Delivery (banknotes)
  • Credit Card
  • Bank Transfer
Returns: 30 days prompt exchange or full refund. 


USE:
• Particularly suitable for braking systems operating under very harsh conditions, particularly on motorcycles fitted with disc brakes and used for competition. The perfect fluid for all brake circuits where the manufacturer requires a synthetic fluid that satisfies the standards given below. IMPORTANT: this synthetic fluid is miscible with all the other chemical synthetic fluids of the DOT 3, DOT 4 and DOT 5.1 types except for the DOT 5 fluids containing silicones and the special type LHM fluids.

PERFORMANCES:
• Exceeds the latest requirements of the following international standards: - SAE J 1704 - FMVSS 116 (DOT 4).

ADVANTAGES:
• Efficient at very low temperature: The fluid has a low viscosity at low temperature which gives efficient brake system functioning even at very low temperature.
• The right viscosity: its viscosity is suitable for normal and high temperatures
Compressible with difficulty: This fluid has a high boiling point, even after an extended period at high temperature. In the presence of moisture, the boiling point falls only slightly. This guarantees the incompressibility of the product and safety for the user (no ”vapour lock”).
• Compatibility: Low hygroscopy/limited uptake of water.
• No Corrosion: Compatible with circuit components made of natural and synthetic rubber.
• High Resistance: The fluid is not corrosive to circuit metals (tested on tinned iron, steel, aluminium , cast iron, brass and copper).

PROPERTIES:
Density at 20° 1,07 kg/dm3
Kinematic viscosity at -40 °C (max) 960 mm2/s
Kinematic viscosity at 100 °C (min) 2,3 mm2/s
Boiling point (min) 268°C
Boiling point alter humidity absorption (min)171°C

 

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