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  2. Rock-climbing equipment - Wikipedia

    en.wikipedia.org/wiki/Rock-climbing_equipment

    Climbing chalk is widely used by rock climbers to help absorb moisture on their hands; [20] the chalk is kept in a "chalk bag" that is hung around the waist area. US boulderer John Gill is largely credited with introducing "gymnastic chalk" to climbing in the 1950s (he was a gymnast himself).

  3. Arm & Hammer - Wikipedia

    en.wikipedia.org/wiki/Arm_&_Hammer

    Arm & Hammer is a brand of baking soda-based consumer products marketed by Church & Dwight, a major American manufacturer of household products. The logo of the brand depicts the ancient symbol of a muscular arm holding a hammer inside a red circle with the brand name and slogan .

  4. Glossary of climbing terms - Wikipedia

    en.wikipedia.org/wiki/Glossary_of_climbing_terms

    rock hammer. Also wall hammer. A lightweight hammer with a short handle used for inserting piton s, bolt s, and copperhead s in aid climbing and big wall climbing. See also ice hammer. rockover move A rock-climbing technique where the body weight is transferred (or "rocked-over") to the raised up-hill leg to reach a higher hold. [2] rodeo clipping

  5. Church & Dwight - Wikipedia

    en.wikipedia.org/wiki/Church_&_Dwight

    It is the parent company of well-known brands such as Arm & Hammer, Trojan, OxiClean, and First Response. In 2022, Church & Dwight reported annual revenue of $5.4 billion. In 2022, Church & Dwight reported annual revenue of $5.4 billion.

  6. Hydropneumatic device - Wikipedia

    en.wikipedia.org/wiki/Hydropneumatic_device

    Hydropneumatic water hammer preventers are chambers of sufficient volume to allow an extension of time in which a given flow may be accelerated or decelerated without sudden large change in pressure. See also expansion tank. When shock waves of an incompressible fluid within a piping system exist, especially at a high velocity, there is a high ...

  7. Hydropneumatic suspension - Wikipedia

    en.wikipedia.org/wiki/Hydropneumatic_suspension

    Consequently, each time the suspension would rise, the fluid level in the reservoir dropped, drawing in fresh moisture-laden air. The large surface of the fluid in the reservoir readily absorbed moisture. Since the system recirculates fluid continually through the reservoir, all the fluid was repeatedly exposed to the air and its moisture content.