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1 Products availableWe offer a complete product range of Friction Materials Organic, Friction Materials Sintered, magnetic particle brakes, industrial brakes and AC Motor
Kateel Friction Material-Organic is one of the Kateel ranges of non-asbestos friction material. It is a compressive molded product, Black / Greenish in color, and having a mixture of fillers of Copper, Iron and non-metallic substances. The material is produced in only flat sheet form and suitable for use in dry condition
Physical properties :
Specific gravity: 2.00 g/cm3Rockwell hardness : L74Ultimate compressive strength : 860 Kg/cmUltimate shear strength :118 Kg/cmTensile strength :140 Kg/cmThermal conductivity : 6.0 W/mC
Recommended operating range :
Max temperature : 350CMax continuous temp :150CMax rubbing speed :24 m/sec
Size Range :
Thickness : 3-50mmLength : 350mmWidth : 350mm
Recommended mating surface :
Good quality close grained pearlitic cast ironCold rolled steel with BHN 200 or more.
Machining :
Use of carbide tipped tools is recommended for Drilling, Turning and boring of this material.
Metal-ceramic bronze-graphite friction material with high content of ceramic components and graphite, designed for a dry friction use.
Material characteristics :
Typical area of use :
Suitable as a dry friction material for medium and heavy workloads, e.g. disc brakes for the aircraft or for a heavy earth machinery.
Recommended operating conditions :
Specific pressure: p < 3.5 MPaSliding speed : v < 40 m.g-1Temperature sustained :450CShort term temperature:800CFriction surface:steel, cast iron, cast steel
Friction data :
Dynamic coeff. of friction fdyn:0.350 0.550Static coeff of friction fstat : 0.450 0.530
Physical Mechanical characteristics :
Density : = 4.6 g/cm3Specific heat : c = 5.1kJ/kg.KCoeff. of thermal conductivity : = 4.0 W/m.KCo-eff of thermal expansion:* = 17.6 x 10-6/KModulus of elasticity :Ep = 393 MPa (under compress.)Tensile strength: dt = 26MPaShearing strength: ds = 53MPa
*(20-500C)
Friction characteristics :
The course of the friction coefficient, specific abrasive wear and temperature were measured on the laboratory testing bench under the following conditions.
Specific pressure : p = 0.5 3.0 MPaSliding speed : v = 10 30 m.s-1Friction surface: special cast iron CNMCH
The subject rail clamp is used as a parking brake for the trucks operating at sea shores. Refer to figure 1.1
for general arrangement of the clamp. It consists of two main links whose one end is connected to
hydraulic actuator while the other end is fitted with brake pads. Both main links are hinged and supported
by internal frame. The main links are also connected to springs through connecting links. The external
frame is connected to truck. During the parking condition, the truck is held by clamping of the rails by
spring force. To move the truck, rail clamp is release by actuating hydraulic cylinder. The external and internal frames are connected through a floating arrangement to accommodate the misalignment generated during truck movement. During parking condition, the clamp is subjected to a separating force generated due to wind or storm acting on the truck. The objective of the present work was to design a rail clamp of 130 KN capacity.
The subject rail clamp is used as a parking brake for the Tripper car operating at sea shores. It consists of two main links and is connected to Electro Hydraulic actuator while the other end is fitted with Brake pads. Both main links are hinged and supported by internal frame. The main links are also connected to springs through connecting links. The external frame is connected to tripper structure. During the parking condition, the tripper car is held by clamping of the rails by spring force. To move the tripper car, rail clamp is release by actuating electro hydraulic thruster. The external and internal
frames are connected through a floating arrangement to accommodate the misalignment generated during tripper car movement. During parking condition, the clamp is subjected to a separating force generated due to wind
or storm acting on the tripper car. The objective of the present work was to design a rail clamp of 2T capacity.
TECHNCIAL DATA
Pad dimension: 60 mm x 30 mm
No. of pads: 3 per side
Pad area: 60 x 30 x 3 = 5400 mm2 per side
Max. Allowable wear of brake pad : 5 mm
Nominal co-efficient of friction: 0.25
Clamping force up to:20000 N Max.
Operating by Thruster, capacity 301/6.
Weight of brake: 400 Kgs
Kateel Engineering Industry Pvt. Ltd., is a 25 years old company engaged in manufacturing Industrial Disc Brakes, Drum Brakes, Industrial Valves and Friction Liners and for the last couple of years, entered into manufacturing 4 wheeler brake pads and Sintered Clutch Buttons for the Heavy Vehicles, these pads have Resistant to high temperature, long service life and suitable for engineering clutch.
The Sintered Clutch Buttons are manufactured within the state of art technology and meets all the standards required for the application.