Dripping protection from

ODP - Open Drip Proof where there are openings to the windings through the enclosure and a cooling fan inside that causes air to flow through the motor. ODP motors should never be installed in a discharge air stream. They can be placed in the inlet air when located in such a way as to be protected from... 

Plastics are protected from fire by application of flame retardants [95-98]. These additives serve to reduce decomposition, burning rate, flame spread, and smoke production they are also self-extinguishing and act to prevent dripping. 

Protection from splash and drip, dust, and heat. 

Solutions are involved in all aspects of our lives, from the tea and soft drinks that accompany our meals to the liquid detergents used to wash dishes, the antifreeze solution that protects the functioning of automobiles, and solutions that drip through intravenous lines in hospitals. 

Both neutralizers are injected in the fractionator overhead line in order to be present when the dew point of hydrochloric acid in solution is reached. It is important to use a quill to inject neutralizers or inhibitors because drip injection can cause dissolution of the protective scale on the inside of the pipe, which can result in corrosion and erosion in that area. Often, however, neutralization is not accomplished, and severe corrosion from hydrochloric acid still occurs at the dew point. The pH is controlled at the overhead receiver water draw because dew point pH measurement is not feasible. One method of controlling the dew point pH is to recycle water from the drum to the overhead line. This water buffers the condensate at the hydrochloric acid dew point and also provides water in which the ammonia can dissolve. 

The oldest repellent finish is to repel water. The purpose of this finish is self evident. Drops of water should not spread on the surface of the textile and should not wet the fabric. The drops should stay on the surface and easily drip off. Similarly, oil repellent finishes should prevent oily fluids from wetting treated textiles. In a similar manner, soil-repellent finishes should protect textiles from both dry and wet soils. In all cases, the air permeability of the finished fabric should not be significantly reduced. Waterproofing treatments will not be covered in depth. A waterproof textile should withstand the hydrostatic pressure exerted by a column of water from at least aim height before the first drops of water penetrate through the fabric. In practice this is mostly achieved with coatings which have the disadvantages of stiff handle, lack of air and vapour permeability and consequently poor wear comfort. 

Store pesticide containers with the label in plain sight. Costly errors can result if the wrong pesticide is used by mistake. Labels should always be legible. They may be damaged or destroyed by exposure to moisture, dripping pesticide, diluents, or dirt. You can use transparent tape or a coating of lacquer or polyurethane to protect the label. If the label is destroyed or damaged, request a replacement from the pesticide dealer or the pesticide formulator immediately. 

Many discoveries in science are made quite unexpectediy. Aiexander Fieming is famous for making two such discoveries. The first occurred in 1922, when nasai mucus accidentaiiy dripped onto bacteria that he had been growing for research. Rather than throwing the cuiture piate away, he decided to observe it over the next severai days. He found that the bacteria died. As a resuit, he discovered that iysozyme, a chem-icai in mucus and tears, heips protect the body from bacteria. 

Pick up the container with the label against the palm of the hand, to protect the label from staining by any dripping medicine. 

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