Tire Repair in Livingston







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Wheel Alignment And Balancing

Replacement Parts in Auto Body Shops


Brake Service Cost


No Realignment? Talk to Your Auto Repair Team!



Using Bondo (Fillers) Instead of Replacing the Part



Bike Brake Overview



What Is Caster - Camber - Tow-in - Wheel AlignmentFirst for those who do not understand caster, camber, and tow-in let me explain. Caster is how the wheel is in relation to a vertical king pin or ball joints. It can be true vertical or -o- degree, positive, or negative. Example: the front wheel of a bicycle has positive caster. Note the wheel extends forward from the turning axis. Therefore allowing the steering to return straight when you remove your hands from the handle bars. A vehicle with positive caster will do the same. This adjustment is for handling or how it drives and requires caster - camber gauge for adjustment as well as certain hand wrenches.Camber denotes the position of the wheel to the vehicle, such as in at the top and out at the bottom (negative), or out at top and in at the bottom (positive). The recommended setting can be negative 1 to positive 1, -0-degree being straight up and down, or true vertical. If it is extreme one way or the other it will cause wear on the inter or outer edge of the tire and possible scallops may appear. This adjustment is for tire wear and possibly some handling, also certain tools such as upper control arm wrench and a tomcat camber adjustment tool may come in handy.There are times when one shim or adjustment to move the rear of the control arm outward will give a wheel the proper setting if one understands what that move will do for both settings (caster and camber) simultaneously. That knowledge or understanding plus the proper hand tools and some experience is all that is really needed. Well, maybe a good coach would come in handy. However, back to the move made by the adding a single shim to the rear of the upper control arm (by the way shims vary in thickness) would give less negative caster and more positive camber. I hope this helps! Any questions? Lem Boydhttp://www.uniquetoolsaccessories.com

Tips on Why Wheel Alignment Is Important




Auto Repair Estimate

What makes auto body shops so difficult to heat during the cold season? To shop owners, the answer is obvious. Auto body shops are characteristically dusty, breezy, high heat-loss environments. To make the indoor air more breathable and safe for workers, fresh air must be introduced through use of exhaust fans and/or raising overhead doors to help dissipate and eliminate contaminants. The problem is, as contaminants are pulled out, so is the heated air. Seemingly a "no win" scenario right?

So what's the most effective and efficient way to heat body shops?

Answer: Infrared radiant tube heaters.

Why Infrared?

To help answer that question, let's review what "infrared" is and how it works.

Infrared (IR) is electromagnetic wave energy that travels at the speed of light until it strikes an object. Upon striking an object, the IR energy converts to heat and is either reflected or absorbed. Dark and opaque objects (i.e. asphalt, concrete, etc.) readily absorb radiant IR heat energy, whereas highly reflective objects such as chrome and polished aluminum are poor absorbers and tend to reflect that energy away.

The most familiar IR emitter (heater) is our own sun. The sun radiates its IR energy through our atmosphere to the earth's surface, uninhibited by wind. As the earth's surface absorbs that energy, our air becomes warm.

During our North American winters the sun's rays are less dense due to the angle of the sun in the sky and our air temperatures are much cooler. But by summer solstice the sun's rays are at their peak angle and absorption is at its highest, resulting in warmer air temperatures.

Why use infrared tube heaters for your body shop?

1) Ceiling suspended infrared tube heaters mimic the warmth of the sun by warming up tools, machinery, floors and people directly, thereby warming the air indirectly.

2) Unlike forced air heaters, infrared tube heaters do not blow air throughout the space. That's a big plus in body shops where dust in painting areas is a problem.

3) Quicker heat recovery. As infrared energy absorbs into floors, tools, vehicles, etc., heat is recovered much more quickly when overhead doors are opened and closed again or when exhaust fans are cycled on and off periodically. That's because surfaces in the direct path of the infrared rays become a "heat sink". In other words, stored heat in objects re-radiates to warm the surrounding air.

4) Energy efficiency - an infrared tube heating system can save as much as 50% or more in fuel savings compared to conventional forced air. This is especially true in body shops where air exchanges are very high.

5) Infrared heaters can increase production. A carefully designed infrared tube heating system can be used to decrease drying times and enhance paint job quality. Placing vehicles in the path of infrared radiation warms cold metal surfaces. Paint applied to warm metal surfaces is less likely to run or drip than when applied to cold surfaces. And because infrared heaters don't move air around, there is less opportunity for dust particles to mix with newly applied paint.

We should note that gas infrared tube heaters are NOT to be used inside paint booths or paint mixing rooms. Tube heater emitters can reach 900 to 1100 Degrees F, well above the flash point of solvent-based primers and sprays. Spraying should be contained in a designated paint room with a filter bank and exhaust system to carry away potentially explosive fumes. Once spraying is done and the booth is ventilated with fresh air, vehicles and components can then be moved out of the spray booth to an isolated drying area where the infrared heaters are located.

Are some infrared tube heaters better than others for heating body shops?

Yes indeed.

That's where you need to do a bit of homework. A thorough review of the various infrared tube heater manufacturers can turn up some surprising differences between brands and product offerings. In your search, ask about burner design (are controls isolated from the air stream? They should be.), emitter tubing (heat-treated aluminized or cheaper hot-rolled steel?), reflector efficiency (50% efficient or 100%), and warranty (10 years is better than 5 years).

Bike Brake Overview

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