WD-40 is truly a versatile product. It was created in 1953, by three technicians, at the San Diego Rocket Chemical Company who were searching for a rust preventative solvent and degreaser to protect missile parts. Its name comes from the project that was to find a “water displacement” compound. They were successful with the 40th formulation, thus Water Displacement #40, or WD-40 was born. Initially it was purchased, in bulk, by the Corvair Company to protect its Atlas missile parts....
Threadlockers, as the name suggests, are used to lock the threads of fasteners such as screws, bolts, studs of different sizes which are used in different applications- especially automotive. This type of adhesive prevents loosening caused by vibration, mechanical and thermal shock.
Chemically speaking, most thread-locking formulas are methacrylate-based and rely on the electro-chemical activity of a metal substrate to cause polymerization of the fluid. Thread-locking fluid has unique...
In older automobile ignition systems, the high-voltage pulses are produced by means of breaker points controlled by a revolving distributor cam. When the points are in contact they complete an electrical circuit through the primary winding of the ignition coil. When the points are separated by the cam, the primary circuit is broken, which creates a high-voltage surge in the secondary windings of the induction coil. Breaker points have been largely replaced by electronic devices in newer...
The oxygen sensor, also known as a lambda sensor, was developed in the late 1960s by Dr. Gunter Bauman for the Robert Bosch company. This sensor was made using ceramic coated zirconia and platinum. However, in order to make the O2 sensor more efficient and capable of mass production NTK, in 1990, developed planar oxygen sensors for use in the Honda Civic and Accord.
All cars that were manufactured post-1980 feature oxygen sensors. They make modern electronic fuel injection and emission...