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Showing posts with the label car repair shop astoria

Tips on Getting Your Car's AC Ready for the Hot Summer

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    As the temperatures begin to rise and the humidity settles over New York City, few things matter more to drivers than a properly functioning air conditioning system. Anyone who has sat in traffic on the Grand Central Parkway or crawled through Astoria during a heatwave knows that a failing AC system isn’t just an inconvenience—it can make your daily commute unbearable. At Steinway Auto Repair, a trusted car repair shop in Astoria , serving drivers for over 30 years, preparing your vehicle for summer isn’t just recommended—it’s essential. Automotive air conditioning systems are more complex than many drivers realize. They rely on a sealed system of components including the compressor, condenser, evaporator, expansion valve, and refrigerant to deliver cool air into your cabin. When everything is working correctly, you barely notice it. But when even one component starts to fail, the difference is immediate—and often frustrating. One of the most common complaints driver...

WHAT IS BRAKE FADE AND WHAT CAN YOU DO ABOUT IT?

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    At our Car Repair Shop Astoria , some customers come in with brakes that have to be applied harder in order to work. This can sometimes be due to what is known as “Brake fade” a loss of braking power that occurs when the brakes overheat, causing a reduction in their effectiveness. It typically happens when the brakes are used heavily over a prolonged period, or in situations where they experience continuous high stress, such as driving down steep hills or during aggressive driving like racing.   How Brake Fade Happens Brake fade occurs due to the excessive heat generated during braking. Braking generates friction, which in turn produces heat. When brakes are used continuously or heavily, the temperature of the brake pads, rotors, and brake fluid can rise to levels that interfere with their ability to function properly.   At high temperatures Brake pads lose their frictional properties as they overheat, reducing their ability to grip the rotor effectiv...