ARB Bearing is setting a great impression on the Automotive sector at an unbeatable pace. We have created our own pitch for retaining professionalism in our company and setting goals for others to follow.High Priority given to Customer’s Feedback with competitive pricing.Integrated manufacturing plant with zero defect products and hi – tech machines.Professional Working Environment.Potential of increasing productivity at optimal operational costs.Power to reduce time to market.We never lose sight of our agreed strategy.We constantly strive hard to match our products to the satisfaction of our customers.
Our products are ranging according to the latest demands by the bearing companies like Taper Roller Bearings, Deep Groove Ball Bearings, Cylindrical Roller Bearings, Spherical Roller Bearings, Spherical Thrust Bearings, Clutch Release Bearings, Needle Roller Bearing, Self Aligning Ball Bearings, Angular Contact and Double Row Bearings, King Pin Bearings, UCP Pillow Block, Water Pump Bearing,Thrust Ball Bearings, Automobile Bearing, Thrust Bearing, Roller Bearing.
The product design starts at understanding the customer requirements in terms of products quality and thus delivering the required goods as per the delivery schedule.
Activities of design and development department are :
Designing Tools, Auto Cad, 3d Modeling, Stress Analysis, Design Systems, 3D Problem Solving, Reverse Engineering, Design Review/Verification, Design Lab & Systems, Standards Room, Metallurgical Microscope, Micro Structure, Profile Projecter, Talyrond & Form Talysurf, Roller Sorting Machine, Bearing Noise Level Tester, Bearing Vibration Tester
At ARB Bearings the process approach is adopted for any activity related to quality. The chains of activities or process are results in the stronger and defect-free product and service quality. The further activities/process is monitored and corrective and preventive actions are initiated as and when required.
This approach emphasizes the importance of: Understanding and fulfilling customer’s requirements, The process is considered as added value, Obtaining the performance and effectiveness, Continual improvement, Professional Working Environment, Never losing sight of our agreed strategy.The inspection and test setup is a tool to evaluate the competitiveness of bearing industries. At ARB Bearings the world class quality precision equipments and trained manpower are our valuable assets.
ARB places a great improvement in the process of Quality System and its implementation to achieve the goal of Zero Defect Products. ARB is well equipped with a lab where scientific research and development is conducted and analyses performed. Our labs are characterized by controlled uniformity of conditions (constant temperature, humidity, cleanliness) where quality is compared with perfection.
Visit Us At ISO Certified Bearing Exporter, Ball Bearing Manufacturing India, ISO Certified Bearing Manufacturer, Cylindrical Roller Bearings Manufacturer India
Showing posts with label Special Bearing. Show all posts
Showing posts with label Special Bearing. Show all posts
Sunday, December 5, 2010
ARB Bearings Announces New Turbocharger Ball Bearing Technology
The ARB Bearings CT3B turbocharger is relatively new on the scene, is dynamite in a small package and has a bearing system that utilizes the latest in ball bearing technology. Racing applications need turbochargers that accelerate at the fastest possible rate and the CT3B bearing system allows it to do just that.
The acceleration rate of a turbocharger is a function of the rotor inertia and the friction losses in the bearing system. Conventional bearing systems have floating sleeve bearings that have an inner and outer oil film fed by lube oil under pressure from the engine lubricating system. They also must employ a stationary thrust bearing that is also fed by lube oil under pressure from the engine. The friction loss attributed to a stationary thrust bearing is proportional to the fourth power of the radius and can amount to several horsepower at the high speed at which turbochargers operate. The oil films in conventional sleeve bearing systems have significant viscosity that produces appreciable friction losses due to oil film shear when the turbocharger rotor accelerated and running at high speed. The friction losses in the sleeve bearings and in the thrust bearing result in mechanical efficiencies in the middle 90% range in conventional turbochargers. There is little or no oil film shear in ball bearings which operate with rolling friction only so that the CT3B accelerates much faster than turbochargers using sleeve bearings systems.
The CT3B bearing system is a proprietary design that is unique in the industry. It utilizes full compliment, angular contact ball bearings with ceramic balls. Compared with steel balls, ceramic balls in ball bearings have a number of advantages. Bearing service life is two to five times longer. They run at lower operating temperatures and allow running speeds to be as much as 50% higher. The surface finish of ceramic balls is almost smooth, producing lower friction losses and lower vibration levels. There is less heat buildup during high speed operation, they exhibit reduced ball skidding and have a longer fatigue life. All these characteristics make ceramic ball bearings ideal for use in turbochargers where they must operate at very high speeds and survive in a high temperature environment. The Full compliment bearings do now use a cage to position the balls and this additional feature, combined with the ceramic material provides a combination that has minimal friction losses. The mechanical efficiency of the CT3B turbo can approach 99%, and this contributes to rotor acceleration rates that have been shown to be faster than competition.
The angular contact bearings are mounted in an elongated steel cylinder that is free to rotate in the bearing housing. The outside diameter of the cylinder is fed with lube oil and this outer oil film provides a cushion against shock and vibration.
Visit Us At Ball Bearings Traders, Industrial Grease producer India,aprecision bearings traders
The acceleration rate of a turbocharger is a function of the rotor inertia and the friction losses in the bearing system. Conventional bearing systems have floating sleeve bearings that have an inner and outer oil film fed by lube oil under pressure from the engine lubricating system. They also must employ a stationary thrust bearing that is also fed by lube oil under pressure from the engine. The friction loss attributed to a stationary thrust bearing is proportional to the fourth power of the radius and can amount to several horsepower at the high speed at which turbochargers operate. The oil films in conventional sleeve bearing systems have significant viscosity that produces appreciable friction losses due to oil film shear when the turbocharger rotor accelerated and running at high speed. The friction losses in the sleeve bearings and in the thrust bearing result in mechanical efficiencies in the middle 90% range in conventional turbochargers. There is little or no oil film shear in ball bearings which operate with rolling friction only so that the CT3B accelerates much faster than turbochargers using sleeve bearings systems.
The CT3B bearing system is a proprietary design that is unique in the industry. It utilizes full compliment, angular contact ball bearings with ceramic balls. Compared with steel balls, ceramic balls in ball bearings have a number of advantages. Bearing service life is two to five times longer. They run at lower operating temperatures and allow running speeds to be as much as 50% higher. The surface finish of ceramic balls is almost smooth, producing lower friction losses and lower vibration levels. There is less heat buildup during high speed operation, they exhibit reduced ball skidding and have a longer fatigue life. All these characteristics make ceramic ball bearings ideal for use in turbochargers where they must operate at very high speeds and survive in a high temperature environment. The Full compliment bearings do now use a cage to position the balls and this additional feature, combined with the ceramic material provides a combination that has minimal friction losses. The mechanical efficiency of the CT3B turbo can approach 99%, and this contributes to rotor acceleration rates that have been shown to be faster than competition.
The angular contact bearings are mounted in an elongated steel cylinder that is free to rotate in the bearing housing. The outside diameter of the cylinder is fed with lube oil and this outer oil film provides a cushion against shock and vibration.
Visit Us At Ball Bearings Traders, Industrial Grease producer India,aprecision bearings traders
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