Brake Parts

We offer a complete product range of Dot-4 Brake Fluid, Hydraulic Brake Fluid Dot 3, Hydraulic Brake Fluid Dot 4 and Hydraulic Brake Fluid Dot 5.1

Dot-4 Brake Fluid

Min. Order (MOQ) 10 Metric Ton
Country of Origin India
Packaging Type Bottle
Country of Origin Made in India
Fluid Type Dot 4
Equilibrium Reflux Boiling Point 230 Degree C (min)
Wet Equilibrium Reflux Boiling Point 155 Degree C (min)
Packaging Size (litres) 250 Ml, 1l

We are largest manufacturer of hydraulic brake fluid in asia .catering to more then 30 plus countries .

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Hydraulic Brake Fluid Dot 3

The only effective link between your foot on the brake Pedal and the brake assembly at each wheel.

The Composition of " K-INT" Hydraulic Brake-Fluid DOT-3 is Chemically balanced and engineered to obtain optimum performance and to provide maximum safety. It exceeds the performance requirements of SAE JI703 and the United Stated FMVSS No. 116 DOT-3 specifications and IS-8654 TYPE-I.

Typical Technical Data Is Given Below :

	SAE J-1703	FMVSS Dot 3	KI220	KIX250
Equilibrium Reflux Boiling Point (Deg C)	205min	205min	>220	>250
Wet Equilibrium Reflux Boiling Point (Deg C)	140min	140min	147	150
Viscosity
@ 40 Deg C (cSt.)	1800 max	1500 max	1400	1450
@ 100 Deg C (cSt.)	1.5 min	As SAE	1.9	2.1
Specific Gravity @ 20 Deg C	-	-	1.05	1.06
pH value	7.0-11.5	As SAE	8.5	8.5
Fluid Stability
High Temperature (Deg C)	±3	±3	2.0	1.5
Chemical (Deg C)	±2	±3	1.0	0.5
Effect On Rubber
(SBR) Rubber	-	-	-	-
70 Deg Swell (mm)	0.15-1.4	As SAE	0.21	0.22
Volume Change (%)	-	-	-	-
Softening (RHD)	10 max	As SAE	3	4
Disintergration	None	As SAE	None	None
120 Deg C Swell (mm)	0.15-1.4	As SAE	0.3	0.3
Volume Change (%)	-	-	-	-
Softening (RHD)	15 max	As SAE	4	4
Disintegration	None	As SAE	None	None
Effect On Rubber
EPDM Rubber
70 Deg Volume Change (%)	0-10	-	2.0	3.0
Softening (RHD)	10 max	-	2	2
Disintegration	None	-	None	None
120 Deg C Volume Change (%)	0-10	-	2.5	4.0
Softening (RHD)	15 max	-	3	3
Evaporation Loss
@ 100 Deg C (% w/w)	80 max	As SAE	55	60
Residue Pour Point (Deg C)	-5 max	As SAE	<-5
Residue Texture	Not Gnitty	As SAE	Pass	Pass
Fluidity and Appearance at low temperature
-40 Deg C Appearance	Clear	As SAE	Clear	Clear
Flow Time (Sec)	10 max	As SAE	3	3
-50 Deg C Appearance	Clear	As SAE	Clear	Clear
Flow Time (Sec)	35 max	As SAE	5	5
Water Tolreance
-40 Deg C Appearance	Clear	As SAE	Clear	Clear
Flow Time (Sec)	10 max	As SAE	2	2
-50 Deg C Appearance	Clear	As SAE	Clear	Clear
Sediment (% v/v)	0.15 max	As SAE	None	None
Compatibility
-40 Deg C Appearance	Clear	As SAE	Clear	Clear
-60 Deg C Appearance	Clear	As SAE	Clear	Clear
Sediment (% v/v)	0.05 max	0.15 max	None	None
Corrosion
Weight change (mg/cm²)
Tinned Iron	0.2 max	As SAE	<0.1	<0.1
Steel	0.2 max	As SAE	<0.1	<0.1
Aluminium	0.1 max	As SAE	<0.1	<0.1
Cast Iron	0.2 max	As SAE	<0.1	<0.1
Brass	0.4 max	As SAE	<0.1	<0.1
Copper	0.4 max	As SAE	<0.1	<0.1
Pitting	None	As SAE	None	None
Solution pH	7-11.5	As SAE	8.0	8.0
Appearance of Test Liquid	No Gelling or crystals	No Gelling or crystals	Pass	Pass
Condition of Rubber
After Corrosion Test	No disintegration
Swell (mm)	1.4 max	As SAE	0.1	0.1
Softening (RHD)	15 max	As SAE	2	2
Appearance	No Tackiness	-	None	None
Sediment (% v/v)	0.1 max	As SAE	<0.05	<0.05
Resistance to Oxidation
Weight change (mg/cm²)
Aluminium	<0.05	<0.05	<0.03	<0.03
Cast Iron	0.3 max	0.3 max	<0.1	<0.1
Appearance	No gum or pitting	-	Pass	Pass
Stroking Properties
	To Pass	To Pass	To Pass	To Pass

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Hydraulic Brake Fluid Dot 4

The only effective link between your foot on the brake Pedal and the brake assembly at each wheel.

The Composition of " K-INT" Hydraulic Brake-Fluid DOT-4 is Chemically balanced and engineered to obtain optimum performance and to provide maximum safety. It exceeds the performance requirements of FMVSS No. 116 DOT 4 Specifications and IS-8654 TYPE-II.

Technical Specifications

Viscosity
	FMVSS DOT4	KI235	KIX255
Equilibrium Reflux Boiling Point (Deg C)	230 min	235 min	>255
Wet Equilibrium Reflux Boiling Point (Deg C)	155 min	158	165
@ 40 Deg C (cSt.)	1800 max	1400	1600
@ 100 Deg C (% w/w)	1.5 min	2.1	2.2
Specific Gravity @ 20 Deg C	-	1.05	1.06
pH value	7.0-11.5	8.5	8.5
Fluid Stability
High Temperature (Deg C)	±3 max	2.0	2.0
Chemical (Deg C)	±3 max	1.0	1.0
Effect On Rubber
(SBR) Rubber
70 Deg Swell (mm)	0.15-1.4	0.22	0.25
Volume Change (%)	-	-	-
Softening (RHD)	10 max	4	3
Disintergration	None	None	None
120 Deg C Swell (mm)	0.15-1.4	4	4
Volume Change (%)	-	-	-
Softening (RHD)	15 max	4	4
Disintegration	None	None	None
Effect On Rubber (SAE J1703)
EPDM Rubber
70 Deg Volume Change (%)	0-10	2	2
Softening (RHD)	10 max	2	2
Disintegration	None	None	None
120 Deg C Volume Change (%)	0-10	4	3
Softening (RHD)	15 max	4	4
Disintegration	None	None	None
Evaporation Loss
@ 100 Deg C (% w/w)	80 max	60	55
Residue Pour Point (Deg C)	-5 max	<-5	<-5
Residue Texture	Not Gritty	Pass	Pass
Fluidity and Appearance at low temperature
-40 Deg C Appearance	Clear	Clear	Clear
Flow Time (Sec)	10 max	4	5
-50 Deg C Appearance	Clear	Clear	Clear
Flow Time (Sec)	35 max	9	10
Water Tolreance
-40 Deg C Appearance	Clear	Clear	Clear
Flow Time (Sec)	10 max	3	4
-50 Deg C Appearance	Clear	Clear	Clear
Sediment (% v/v)	0.15 max	<0.15	<0.15
Compatibility
-40 Deg C Appearance	Clear	Clear	Clear
-60 Deg C Appearance	Clear	Clear	Clear
Sediment (% v/v)	0.05 max	None	None
Corrosion
Weight change (mg/cm2)
Tinned Iron	0.2 max	<0.1	<0.1
Steel	0.2 max	<0.1	<0.1
Aluminium	0.1 max	<0.1	<0.1
Cast Iron	0.2 max	<0.1	<0.1
Brass	0.4 max	<0.1	<0.1
Copper	0.4 max	<0.1	<0.1
Pitting	None	None	None
Solution pH	7-11.5	8.6	8.8
Appearance of Test Liquid	No Gelling or crystals	Pass	Pass
Condition of Rubber
After Corrosion Test	No disintegration	None	None
Swell (mm)	1.4 max	0.1	0.1
Softening (RHD)	15 max	2	2
Appearance	No Tack	None	None
Sediment (% v/v)	0.1 max	<0.1	<0.1
Resistance to Oxidation
Weight change (mg/cm2)
Aluminium	0.05	0.05	<0.05
Cast Iron	0.3 max	<0.3	<0.3
Appearance	No gum or pitting	Pass	Pass
Stroking Properties
	To Pass	Pass	Pass