Wd40 or “water displacement – 40^th attempt” was developed in 1953. It has developed into a useful household device. It was designed to repel water and avoid corrosion. The story behind WD-40 is amusing. Larsen, its inventor, made 39 unsuccessful attempts to develop its formula. He arrived at a successful formula on his 40^th attempt. WD-40 might appear simple and harmless, but this does not mean that WD-40 MSDS should not be issued. Every WD-40 manufacturer is bound to issue MSDS for his product.

A typical MSDS format is followed for WD-40 MSDS. First of all chemical product and company identification details are provided. Emergency contact numbers and addresses are also listed in this section. Secondly, comprehensive hazards information is given. This information includes emergency overview, symptoms of overexposure and possible effects. WD40 is flammable as contents are under high pressure. They are extremely harmful if swallowed. There are many symptoms of overexposure, nasal and respiratory irritation, headache, dizziness; tearing, gastrointestinal irritation and vomiting are common. WD-40 MSDS includes first aid measures for all accidental situations.

WD40 MSDS has an entire section about composition of ingredients. This is very important information for the users and has strong implications. WD-40 MSDS also defines fire fighting methods as WD-40 is highly flammable. Water fog, dry chemical, carbon dioxide or foam can be used to put out fires. If WD40 causes a fire, firefighters are advised to wear positive pressure, self contained breathing equipment. It is also advised to wear appropriate protective clothing while dealing with them.

Handling and storage of WD40 depends upon the content. Any contact with eyes, skin and nose should be avoided. Adequate ventilation is a necessary requirement. It is also important to keep WD40 away from ignition source and electricity. WD-40 MSDS are legally bound, to provide sufficient information about physical and chemical properties. Stability and reactivity details shed light on incompatibilities and decomposition. WD-40 is stable and hazardous polymerization is unlikely to take place. Still it is strongly recommended to be very cautious when dealing with it. WD-40 contains strong oxidizing agents and decomposition might result in the formation of carbon monoxide and carbon dioxide.

WD-40 MSDS also present ecological information and disposal considerations. MSDS have proved to be of great help in hazardous situations. They act as a warning for possible accidents, and a guideline for the ongoing ones. However, importance of WD40 MSDS can be denied at any cost.