Sand!

Sand! is a 1920 American silent Western film directed by Lambert Hillyer and written by Lambert Hillyer based upon the Russell A. Boggs short story "Dan Kurrie’s Inning." The film stars William S. Hart, Mary Thurman, G. Raymond Nye, Patricia Palmer, Bill Patton, and S.J. Bingham. The film was released on June 20, 1920, by Paramount Pictures.

Cast

Survival status

Copies of the film are in the Library of Congress and George Eastman House Motion Picture Collection.

References

External links

Sand (Herrndorf novel)

Sand is a 2011 novel by the German writer Wolfgang Herrndorf. It won the Leipzig Book Fair Prize in 2012.

See also

References

External links

List of Charlie Jade episodes

This is a list of episodes for Charlie Jade, a science fiction television program filmed mainly in Cape Town, South Africa. It stars Jeffrey Pierce in the title role, as a detective from a parallel universe who finds himself trapped in our universe. This is a Canadian and South African co-production filmed in conjunction with CHUM Television and the South African Industrial Development Corporation (IDC). The special effects were produced by the Montreal-based company Cinegroupe led by Michel Lemire.

The show started production in 2004 and was first aired on the Canadian Space Channel. It premiered on the Space Channel April 16, 2005 and was also shown in Eastern Europe, France, Italy, on SABC 3 in South Africa, on Fox Japan (since November 30, 2006), and on AXN in Hong Kong. The show began airing in The United Kingdom in October 2007, on FX. The Sci Fi Channel in the United States premiered the show on June 6, 2008, but after 2 episodes on Friday prime-time, has moved it to overnight Mon/Tue.

Slime

Music

Products

Biology

Places

Fiction

Gunge

Gunge as it is known in the British Isles, or slime as it is known in America and most English-speaking areas of the world, is a thick, gooey, yet runny substance with a consistency somewhere between that of paint and custard. It has been a feature on many children's programmes for many years around the world and has made appearances in game shows as well as other programming. While gunge mostly appears on television, it can also be used as a fundraising tool for charities, youth and religious groups. Gunge tanks have appeared at nightclubs and Fun Days. The British charities Comic Relief and Children in Need, supported by the BBC, have used gunge for fundraising in the past. In America, slime is sometimes associated with Nickelodeon, even having several game shows revolving around it, such as Slime Time Live. In most countries, being gunged is seen as a forfeit with the aim to cause embarrassment. In contrast, being slimed in America can be a good thing as well as a bad thing. Overall the main point of being gunged or slimed is to cause mess.

Slime (brand)

Slime is a publicly owned American business known for its tire sealant and other tire care products. Its headquarters are in the Central Coast of California.

History

In 1989 on the central coast of California, Steve Cegelski began blending and bottling tire sealants by hand with a power drill and drywall blade in his garage. Focused on aiding local mountain bikers and off-roaders, the sealant was often referred to as “that green slimy stuff.” The Slime name stuck and the green color became an intentional statement of the company's commitment to creating an environmentally safe product. The product line developed to include automotive applications and tire care accessories, and now comprises a wide variety of products.

In 2010, Friend Skoler & Company sold their majority share of Slime to Illinois Tool Works. Slime is now managed under ITW's Accessories Marketing business unit. Along with Genuine Innovations, Slime is the only bicycle related business that ITW owns.

Products

Slime is primarily known for their green tire sealant, composed of fibers, binders, and proprietary clogging agents that build up and intertwine to seal punctures in inner tubes and tires. Fibro-Seal Technology is the basis of the sealant. When a puncture occurs, sealant is carried to the puncture site by the escaping air, forming a plug that stops air loss.