Items 1 to 150 of 368 total 15m Orange Extension Cord Hoover 7620 Hand Steamer Tool Kit Vax Zen Vacuum Filter Set Wertheim SE9000 Pre-Treating Solution Heritage 3010 Dust Cone Vacuum Filter Pullman AS4 HEPA Vacuum Cartridge Filter Wertheim SC8000 2pk Cloth Pad Cartridge filter for Shopvac 20L and 30L Powered Telescopic Rod for 7010PH W3000 Hoover H3000 Floormate Brush Bar Shopvac Vacuum Bags 5pk Superhero MultiSteamer Large Pad Nilfisk GD2000 OEM Vacuum Bag 5pk Pullman CB60 CB80 Cloth Vacuum Bag Universal adaptor connects 30-38mm rods to 32mm nozzle Crevice Tool for Wertheim W4430 W4000 Wertheim Vacuum Filter Lever Hoover Freemotion Exhaust Filter Vax VCC-08 Vacuum Bags 10pk Dog N Cat T4008 Air Inlet Vacuum Filter Work Hero 2pc Stainless Steel Vacuum Rod Hoover Core3 Pre-Motor Vacuum Filter Hoover Steamy Wonder Steam Mop Pads 2PK Items 1 to 150 of 368 total Use our vacuum accessory finder to quickly locate the right bags, filters and parts for your vacuum cleaner.

Godfreys stock a wide range of vacuum accessories, including vacuum bags for a huge number of makes and models, vacuum filters to suit all kinds of cleaners, and also one of the largest selections of vacuum cleaner parts and accessories in Australia and New Zealand. The accessory finder allows you to select the type of vacuum cleaner you have, and it will then search for all of the parts and accessories that can be fitted to your particular model. This helps to remove any confusion you may have over selecting the right accessories for your machine, and in some cases you might even have the option of choosing between cloth vacuum bags or paper vacuum bags for your vacuum cleaner. If you need to find any accessories for your vacuum cleaner, then the Godfreys Accessory Finder is the best place to start for all types of vacuum cleaner. This accessory finder also works for steam cleaners, steam mops and carpet shampooers that are carried by Godfreys. If you choose to purchase online, we provide free delivery on all vacuum cleaner accessory orders over $99, and if you can't find the accessory you are after then please contact our friendly Customer Service team and they will help you to track down the right accessories.

Everyone remembers how much fun pools were as a kid. Many of us spent hours splashing our friends, seeing how long we could hold our breath underwater and playing Marco Polo. vacuum steam cleaner singaporeIf you were lucky enough to have a pool, or know someone who did, you probably didn’t realize how expensive it was to maintain and install in the first place. dirt devil vacuum cleaner bags cMany people think that owning a pool is too expensive, but now that Sam’s Club carries above ground pools and pool accessories, summer fun has never been more affordable.robotic pool vacuum cleaner reviews Above ground pools are available in many sizes and in both oval and round shapes so you can choose the one that fits best in your yard.

Kits come with everything you need to set the pool up safely. Once you’ve filled up your pool, now comes the fun part. There are tons of pool toys and accessories available such as inflatable rafts and chairs, snorkels and fins, and even water basketball systems. When you are done with a day in the sun, you’ll need something to keep the leaves and dirt out. Heavy-duty pool covers that are easy to take on and off are available at Sam’s Club as well. The inevitable reality of owning a pool of course is pool maintenance. Pick up the chemicals you need to keep your pool algae free such as chlorine and pool shock. You can even get a kit with everything you’ll need including a brush and vacuum. Get ready for some fun in the sun when you buy a pool and pool accessories at great prices at Sam’s Club.Posted in Sep 29, 2016 in News, Smartphones, no comment On September 20th, vernee held the new release conference of Mars in Shenzhen. Vernee’s partner MTK attended the conference and released the details of its coming product – Helio X30.

According to MTK product manager, the Helio X30 will be the first CPU adopting 10nm technology. It will still use the three cluster deca-core framework, namely 2*Cortex-A73 (2.8GHz) +4*Cortex-A53 (2.3GHz) +4* Cortex-A35 (2.0GHz). It will also come with IMG 7XTP-MT4@820MHz. Compared with Helio X20, Helio X30’s performance will enhance by 43%, while the power consumption will be lowered by 53%. Vernee also debut its all new flagship Apollo on the conference, which will carry Helio X25, 4GB RAM and 64GB ROM. The 21MP camera is from SONY (IMX230). What’s more, Apollo sports a 2k display with 541 PPI, suitable for VR experience. And word has that Apollo may come with a peripheral equipment which allows it to record 360°video. MTK also officially announced the info about Helio P20/ P25 chipset in this conference. Meanwhile, vernee also released the new model – Mars, which has 1mm ultra thin bezel. And vernee also mentioned that it will release Apollo 2, reportedly the first model to carry Helio X30 in March of 2017.

Vernee new products road map here. According to the MTK manager, Helio X30 will support up to 8GB RAM (LPDDR4X), UFS 2.1 flash storage. It will retain powerful dual ISP and support up to 28MP camera. Vernee, as a long-term partner of MTK, is devoted to developing mid-range and high end smartphones. Did this article help you? If so, please tell me in a comment what do you think about it. Don’t miss any of our future video tutorials, follow us on Youtube. Like us on Facebook. Add us in your circles on Google+. Watch our photo albums on Flickr. Subscribe now to our newsletter. NASA began as an organization dedicated to getting into space, not to studying it. NASA’s first satellites were scientific instruments, of course, as were the probes the U.S. flew past Venus and Mars, but the number-one American goal in running the space race was making sure we didn’t let the Soviets get an upper hand above the atmosphere — anything they might use to spread gulags across Europe or North America.

NASA’s number-two goal was doing something remarkable for the sake of doing something remarkable. Petrarch was, famously, the first man in history to climb a mountain just for the view; mountaineer George Mallory was asked why he wanted to climb Everest, and answered, “Because it’s there.” President Kennedy summed up this attitude when he told Congress that the nation should commit itself to landing a man on the Moon, because, “while we cannot guarantee that we shall one day be first, we can guarantee that any failure to make this effort will make us last.” By 1965, NASA had 28 astronauts, all military or ex-military pilots. In a nod to science — which American scientists felt NASA was neglecting — it hired six more astronauts: three physicists, two MDs, and a geologist. The geologist was Harrison Schmitt. National Review readers may recognize the name — from 1977 to 1983, Schmitt was a Republican senator from New Mexico. But long before he went into politics, he was NASA’s only geologist-astronaut.

Geology was part of every astronaut’s training, but only in an uninspiring, perfunctory way. Schmitt knew it would be absurd for astronauts to arrive on the Moon and not understand what they were looking at. The lunar astronauts needed to take geology seriously; what they needed, Schmitt decided, was a really good teacher. Schmitt arranged for Silver to meet the crew of Apollo 13 for coffee. Silver persuaded the astronauts to spend some of their hard-won vacation days on a trip into the desert. Jim Lovell, Apollo 13’s commander, agreed — hesitantly. The trip would be a one-time deal; he wasn’t convinced they’d get anything out of it. Silver drove them out into the Orocopia mountains, in the Sonoran Desert. Silver and his astronauts trudged out into the middle of nowhere, in 100-degree heat. Silver positioned the astronauts on a hill, and told them to imagine they’d just landed on the Moon: “Look out the window of the lunar module and describe what you see.” What they saw was a big pile of rocks.

Nondescript mountains and hills. “Silver listened,” wrote historian Andrew Chaikin; “then he coaxed them: what about the layers in that mountainside? What about the texture of that rock — how would you describe that?” The astronauts got the picture very quickly: They were about to fly 250,000 miles to the Moon, only to draw a blank when they got there. Silver and his new students spent the next eight days in the desert, unshaved and unshowered, studying geology from dawn till dusk. The astronauts went back to NASA as evangelists. Silver’s geology field trips became standard. The astronauts who went to the Moon knew they weren’t just looking for rocks, they were looking for clues to the Moon’s history and, by extension, the history of the Earth, of the solar system, and of all creation. They would keep their eyes open for collapsed lava tubes and dead volcanoes. They would examine impact craters of the sort that vanish on the geologically active Earth, but are preserved forever on the geologically dead Moon.

They weren’t just looking for rocks — they were looking for specific minerals that could settle arguments about the Moon’s birth. Silver told them to keep their eyes open for anorthosite, distinguished by telltale white plagioclase crystals. Anorthosite, said Silver, would probably be scarce on the Moon — but it was what many geologists suspected the Moon’s original crust had been made of. Finding a piece of it would be a triumph for the Apollo missions, and for science. And Silver was in Mission Control when one of his best students, astronaut Dave Scott, radioed to Houston: “Oh man! Guess what we just found! I think we found what we came for!” What he’d found was the piece of anorthosite that’s now known as the “Genesis Rock.” The solar system is 4.5 billion years old; the Genesis Rock is just 100 million years younger. Planetary science had been revolutionized. (In fact, 45 years later, the Genesis Rock is still making waves. In 2013, researchers at the University of Michigan discovered it contained traces of water, casting doubt on the dominant theories of the Moon’s formation.)

NASA has been in the news a lot lately; we’ve finally gotten a close look at Pluto. After the triumph of Apollo’s lunar exploration, planetary science became one of NASA’s dominant focuses. The New Horizons mission to Pluto would not have happened without Lee Silver’s foundational work. As New Horizons’ remarkable photos of Pluto have been beamed back to Earth, the New Horizons team has been giving some of Pluto’s geological features names. Mountain chains have been named for Edmund Hillary and Tenzing Norgay, the first men to climb Everest. An icy expanse was named for Sputnik, a dark patch was named for H. P. Lovecraft’s monster-god Cthulhu, and — very suitably — Pluto’s “heart” was named for Pluto’s discoverer, Clyde Tombaugh. Dr. Silver is not well known outside his field. Certainly, he’s not as well known as he should be — everyone who’s interested in space science or exploration is indebted to him. He turned 90 this year; an appropriate birthday present would be naming part of Pluto for him.