Safety Track 3350 Non Slip High Traction Safety Tape, 60-Grit, Concrete Gray, 18-Inch by 60-Foot Roll
Safety Track 3350 Non Slip High Traction Safety Tape, 60-Grit, Concrete Gray, 18-Inch by 60-Foot Roll
- Durable high traction grip surface
- Aggressive adhesive system for product longevity
- Consistent high slip resistance with silicon carbide grit
- Fuel, water and fluid resistant
- NFSI - National Flooring Safety Institute certified for High Traction
List Price: $ 327.60 Price: $ 246.33
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26 World Record Holders: Tallest and Largest Structures
See some of the world’s greatest architectural and engineering achievements. Here’s a list of the world’s most
notable structures – the highest, most massive and longest.
1. NTT Docomo Yoyogi Building: World’s Tallest Clock Tower
Image Source
Standing at 240 meters or 790 ft tall, the NTT Docomo Yoyogi Building in Tokyo, Japan, is the tallest clock tower
in the world after the installation of a clock in 2002. The clock was installed to commemorate NTT Docomo’s 10th
anniversary. The clock is 15-meter in diameter and became operational in November 2002. This building is also
the 3rd tallest building in Tokyo.
2. Gerbrandy Tower: World’s Largest Christmas Tree
Image Source
The Gerbrandy Tower in the Netherlands is a tower built in 1961 for directional radio services and for FM and
TV-broadcasting. Its height is reduced several times and now stands at 366.8 meters tall. During Christmas time,
lamps are put on the guys and make the tower the biggest Christmas tree in the world. There were plans to limit
these decorations to once every 5 years, but sponsoring has allowed the seasonal lighting to be put up every
year so far.
3. Shanghai World Financial Center: World’s Highest Observation Deck
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The Shanghai World Financial Center, a supertall skyscraper in Shanghai, China, contains the highest
observation deck at a height of 474 meters or 1,555 ft high located on the 100th floor. It is currently the
world’s tallest completed building by roof.
4. Bayer Cross Leverkusen: World’s Largest Illuminated Advertisement
Image Source
The Bayer Cross Leverkusen which is hanged on two 118 meter steel tower with a diameter of 51 meters and
weighs 300 tons is the largest illuminated advertisement in the world. The advertisement is for Bayer, the
multinational pharmaceutical company based in Leverkusen. It takes 1,712 40-Watt bulbs to light the display.
In 2003, the Bayer Cross was overhauled completely.
5. Petronas Twin Towers: World’s Tallest Twin Towers
Image source
The Petronas Twin Towers in Kuala Lumpur, Malaysia are the world’s tallest twin towers. They were the world’s
tallest buildings, before being surpassed by Taipei 101.
6. Bahrain World Trade Center: World’s First Skyscraper with Wind Turbine
Image Source
The Bahrain World Trade Center is a 240 m (787 ft) high twin tower complex located in Bahrain. The building
is the first skyscraper in the world to integrate wind turbines into its design. Three bridges connect the towers;
each holding one large wind turbine with a nameplate capacity of 225kW each, totaling to 675kW of wind
energy production. These turbines, each measuring 29 m (32 yd) in diameter, face north, which is the direction
from which air from the Persian Gulf, blows in. The wind turbines provide 11% to 15% of the towers’ total power
consumption. They are expected to operate 50% of the time in a day.
7. Suvarnabhumi Airport: World’s Tallest Control Tower
Image Source
Suvarnabhumi Airport also known as New Bangkok International Airport has the world’s tallest control tower at a
height of 132.2 meters high. It also has the world’s third largest single-building airport terminal (563,000 m²).
8. Basilica of the Holy Cross of the Valley of the Fallen: World’s Largest Memorial Cross
Image Source
The cross at the Basílica de la Santa Cruz del Valle de los Caídos (Basilica of the Holy Cross of the Valley of
the Fallen) in Spain with a height of 152.4 meters high is the tallest memorial cross in the world.
9. Hassan II Mosque: World’s Highest Minaret
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At 210 meters or 689 ft high, the minaret of the Hassan II Mosque in Casablanca, Morocco is the highest in the
World. The mosque is the largest in Morocco and the third largest mosque in the world after. It can accommodate
25,000 worshippers. A further 80,000 can be accommodated in the mosque’s adjoining grounds.
10. Ushiku Daibutsu: World’s Tallest Statue
Image Source
Standing at 120 meters or 394 feet tall, the Ushiku Daibutsu located in Japan, is the world’s tallest statue.
It depicts Amitabha Buddha and is plated with bronze. It is also known as Ushiku Arcadia. The statue weighs
4,000 tons. The length of the left hand is 18 m, the face is 20 m the eye is 2.5 m and the first finger is 7
meters. Inside the statue is a four story building, which serves as a museum.
11. Millau Viaduct: World’s Highest Vehicular Bridge
Image Source
With one mast’s summit at 343 meter or 1,125 ft, the Millau Viaduct, a large cable-stayed road bridge in France,
is considered as the tallest vehicular bridge in the world. It is slightly taller than the Eiffel Tower. The viaduct is
part of the A75-A71 autoroute axis from Paris to Beziers. The bridge won the 2006 IABSE Outstanding Structure
Award.
12. Kingda Ka: World’s Tallest and Fastest Rollercoaster
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At a speed of 128 miles per hour or 206 km/h, the Kingda Ka, a roller coaster located at Six Flags Great
Adventure in New Jersey, USA, is the fastest roller coaster in the world. The main top hat tower has a height
of 456 feet or 139.5 meters making the Kingda Ka roller coaster the tallest in the world. Due to aviation safety
concerns, the tower is equipped with three dual strobes: 2 mid-way up, and one on the top.
13. Singapore Flyer: World’s Highest Ferris Wheel
Image Source
Reaching 42 stories high, the Singapore Flyer, a giant Ferris wheel in Singapore, is currently the largest Ferris
wheel in the world. It has a total height of 165 meters or 541 ft. The Star of Nanchang is shorter by 5 m or 16 ft
and the London Eye by 30 m or 98 ft. Each of the 28 air-conditioned capsules is capable of holding 28
passengers, and a complete rotation of the wheel takes approximately 30 minutes.
14. Henninger-Turm: World’s Tallest Storage Silo
Image Source
The 120 meters or 394 feet tall Henninger-Turm or Henninger Tower, a grain storage silo in Germany with a
storage capacity of 16,000 tons of barley, is the tallest storage silo. The 33-story high tower built from 1959 to
1961 and has two rotating restaurants at the height of 101 and 106 meters and an open-air observation deck
at the height of 110 meters or 361 ft. Te tower has been closed to the public while plans to destroy the tower
and replace it with a new one were abandoned.
15. Gliwice Radio Tower: World’s Tallest Wooden Structure
Image Source
The 118 meter high Gliwice Radio Tower or Silesian Eiffel Tower, the transmission tower of the Gliwice, Upper
Silesia in Poland is considered as the tallest wooden structure in the world. It is designed to carry aerials for
medium wave broadcasting, but the transmitter is not in service any more.
16. Spire of Dublin: World’s Tallest Spire
Image Source
At 120 meters or 390 feet tall, the Monument of Light or commonly called the Spire of Dublin, a large, stainless
steel, pin-like monument located on the site of the former Nelson’s Pillar in Dublin, is regarded as the tallest
spire in the world.
17. CN Tower: World’s Tallest Concrete Tower
Image Source
At a height of 553.33 meters or 1,815.4 feet, the CN Tower in Ontario, Canada, a communications and
observation tower, is the world’s tallest concrete tower. Although it was surpassed in height by the still-
under-construction Burj Dubai, it remains the tallest free-standing structure in the Americas and the signature
icon of Toronto’s skyline, attracting more than two million international visitors annually.
18. Tokyo Tower: World’s Tallest Self-supporting Structure
Image Source
Standing at 333 meters or 1,091 feet tall, Tokyo Tower, a communication and observation tower in Tokyo,
Japan, is the tallest self-supporting steel structure in the world. It is also the tallest artificial structure in Japan.
It is an Eiffel tower-inspired lattice tower that is painted white and international orange to comply with air safety
regulations.
19. Fuhrlander Wind Turbine Laasow: World’s Tallest Wind Turbine
Image Source
A wind turbine named Fuhrlander Wind Turbine Laasow built in 2006 in Brandenburg, Germany which consists
of 160 meter lattice tower that carries a rotor 90 meters in diameter – is the tallest wind turbine in the world.
20. Kiev TV Tower: World’s Tallest Freestanding Lattice Steel Tower
Image Source
Standing at 385 meters or 1,263 feet high, the Kiev TV Tower, a lattice steel tower built in 1973 in Kiev,
Ukraine, for radio and television broadcasting, is considered as the tallest freestanding lattice steel construction
in the world. It was made of steel pipe of various diameters and thicknesses. The structure weighs 2,700 metric
tons. The tower is unique in that no mechanical fasteners are used in the structure: every joint, pipe and fixture
is attached by welding.
21. KVLY-TV Mast: World’s Tallest Artificial Structure
Image Source
The KVLY-TV mast is a 2,063 ft (629 m) tall television-transmitting mast in North Dakota, USA is the tallest
artificial structure upon the completion of its construction in 1963. The mast was surpassed in height by 57
ft or 17 m in 1974 by the Warszawa Radio Mast near Poland which collapsed in 1991, making the KVLY-TV
Mast again the tallest structure on land.
22. Belmont Transmitting Station: World’s Tallest Guyed Tubular Steel Mast
Image Source
Standing a total height of 387.5 meters or 1,271 feet, the Belmont Transmitting Station, a broadcasting and
telecommunications facility, is considered to be the tallest structure of its kind in the world. It is located in
Lincolnshire, England. It has a guyed tubular steel mast, with a lattice upper section. Taller masts, such as
the KVLY-TV mast in the US, use steel lattice construction. The Belmont Transmitting Station is the tallest
structure of any type in the UK and also the tallest structure within the European Union.
23. Nurek Dam: World’s Highest Dam
Image Source
At 300 meters or 984 feet, the Nurek Dam in Tajikistan is currently the highest dam in the world. It was
completed in 1980. The dam is located in a deep gorge along the Vakhsh River in western Tajikistan,
about 75 km or 47 miles east of the nation’s capital of Dushanbe.
24. GRES-2 Power Station: World’s Tallest Chimney
Image Source
At 419.7 meters or 1,377 feet high, the flue gas stack of the GRES-2 Power Station or Power Station Ekibastuz,
a power generating station in Kazakhstan and one of the largest coal-fired power stations in the world has the
world’s tallest chimney. Locals refer to it as “the Cigarette Lighter”.
25. Anaconda Smelter Stack: Largest Free Standing Masonry Structure
Image Source
The Anaconda Smelter Stack is a radial brick smoke stack in Anaconda, Montana, USA. The stack rests on a
concrete foundation and measures 585 feet or 178 m high. The inside diameter of the stack is 75 feet or 23 m
at the bottom and 60 feet or 18 m at the top. The wall thickness ranges from six feet at the bottom to two feet
at the top. It was completed in 1919 and was the tallest masonry structure of any kind in the world. The Stack
remains the tallest and possibly largest free standing masonry structure in the world. An interesting note is that
the Washington Monument would easily fit inside.
26. San Jacinto Monument: World’s Tallest Monument Tower
Image Source
At 579 feet or 173.7 meters high, the San Jacinto Monument in Texas, USA is the world’s tallest monument
tower. The monument is topped with a 220-ton star that commemorates the site of the Battle of San Juan,
the decisive battle of the Texas Revolution. It is 12 feet or 3.7 m taller than the next tallest, the Washington
Monument.
Hope you enjoyed this. Thank you!
For amazingly unique buildings see
World’s Most Impressive Buildings
Spectacular Buildings from Around the World
World’s Most Notable Buildings with the Most Remarkable Dome
For more architecture related articles see
The World’s Most Remarkable Palaces and Their Amazing Features
Best-Preserved and Surviving Roman Triumphal Arches
Famous Commemorative and Triumphal Arches in the World
World’s Most Historic and Notable Columns
Top 10 Most Famous Tombs in the World
The World’s Most Spectacular Obelisks
Vestil HPRO-ABK-4 Concrete Anchor Bolt for High Profile Machinery Guard, 3/4″ Diameter, 4″ Length
Vestil HPRO-ABK-4 Concrete Anchor Bolt for High Profile Machinery Guard, 3/4" Diameter, 4" Length
- This product is intended strictly for use in professional and industrial environments. Customer must determine whether this product complies with requirements applied where the product will be used
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Vestil ARMG-ABK Concrete Anchor Bolt (12), 3/4″ Diameter, 4″ Length Reviews
Vestil ARMG-ABK Concrete Anchor Bolt (12), 3/4" Diameter, 4" Length
- This product is intended strictly for use in professional and industrial environments. Customer must determine whether this product complies with requirements applied where the product will be used
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MK Diamond 156348 1-Inch MK-Orange Premium Core Bit
MK Diamond 156348 1-Inch MK-Orange Premium Core Bit
- Designed for wet drilling applications
- MK-Orange premium grade core bits for use on light to moderate steel reinforcement
- 14-Inch drilling depth
- High diamond concentration ensures excellent-Footage and cutting speed
- MK Diamond field proven quality
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Husqvarna RG 1112 Electric Dual Head Trac Concrete Grinder
Husqvarna RG 1112 Electric Dual Head Trac Concrete Grinder
- Grinds surfaces such as concrete slabs, ceramic tile floors, stone and terrazo.
- Two multi-purpose discs for attaching different surfacing tools (three tools per disc).
- 3" diameter vacuum port for a dust-free environment. 22" working width.
- Adjustable handle for operator comfort. Single point lifting bail (standard on both models).
- Optional features include a water tank supply kit for dust control and a weight tray and weights
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Design Parking Lots
The initial question posed by the parking lot designer is: how many parking spaces? The quick and seemingly easy answer is provided by any number of traffic and parking studies conducted over decades, by researchers having a broad range of interests. Often the results of such studies end up embodied in local zoning ordinances as minimum parking requirements. These typically vary by locality, land use and building function. In a given community, for example, one might encounter requirements such as these: retail buildings shall be provided with 5 parking spaces per 1,000 square feet of gross building area, or, restaurants shall be provided with 1 parking space for every 4 restaurant customer seats, plus 1 parking space for each employee in an average shift. Parking requirements such as these — along with requirements for handicapped parking, truck loading/unloading spaces, trash hauling and emergency vehicle access, and suitable circulation drives — quite often constitute the most detailed and extensive strictures placed on the design, development and construction of a large commercial or residential property. Such is the prevalence and power of our almighty automobile.
There are, however, several major problems with such strictures. First, they are almost always stated as absolute minimum or threshold requirements, with no permitted flexibility or adjustment to the particulars of project, use, locale, site, demand, surrounding development, transit opportunities or community goals. Second, such minimums are usually developed by those with a vested interest in optimizing vehicular traffic flow, often at the expense of pedestrian activity, transit options, convenience, green space, and aesthetic considerations. Third, these minimums grew into being throughout the time of the auto’s ascendancy and ubiquity in America, the 1950s through 1980s, the growth-spurt years of the interstate highway system. Such ‘standards’ are therefore inherently biased towards more cars, more parking, more roads and drives, and more asphalt. Today’s reasoned designer must bear all this in mind, and must flex the ‘accepted wisdom’ of parking requirements to meet the needs and desires of tomorrow. He or she must design ‘holistic’ parking lots that consider multivariate design objectives.
After determining approximately how many parking spaces a parking lot should ideally contain, the designer then moves on to consideration of a number of factors that can significantly affect the lot’s layout and design. These include the obvious considerations of approximate location of the parking lot on the site, optimal locations for entering and exiting drives, the desired clustering of handicapped parking spaces adjacent to building entrances, and the provision of suitably situated truck loading/unloading areas. Other straightforward design input includes setbacks required from surrounding streets or adjacent properties, and limitations imposed by site grading, retaining walls, on-site stormwater management areas, wetlands, preserved landscaping, rock outcroppings, and the like. But other not-so-obvious parameters can also drastically affect layout and design. Will there be areas of reserved or preferential parking? Will such areas be gated, or require key-card access? How must the site layout accommodate a bus stop, pick-up/drop-off areas, projected canopies, or drive-through services with their queueing lanes? How and where can an ambulance circulation loop easily enter the site, access building entrances, and depart the site? If required, how would large fire-fighting equipment maneuver and operate on-site? What would be the optimal circuit for trash hauling or delivery services? In hot climes, where and how is vehicle or pedestrian shade provided? Will repair access to underground utilities require tearing up the parking lot? If a structure might conceivably be subjected to a terror threat, how far must parking or drives be kept from the building, and how might access be controlled?
Often the consideration of all of these varied determinants results in not one single parking lot design, but instead a range of parking lot designs, each with its own particular benefits and detriments. Inevitably trade-offs must be made — typically, loss of parking spaces vs. gain of amenities or benefits, or loss of parking spaces vs. suitable control of costs. But no matter what kind of parking lot designs (or trade-offs) result, there are certain identifiable universal ‘best practices’ in parking lot design:
1. The greatest efficiency of layout and use of land area, as well as the greatest overall parking safety, results from 90-degree parking in double-loaded aisles. That is, everyone parking must make a 90-degree turn from a drive into a parking space, and every aisle is a two-way driveway allowing one to park to either left or right from that driveway, where one will typically come face-to-face with a vehicle parking from the next aisle over. Parking that is angled from the drive aisle, whether at 60-degrees or 45-degrees or any other angle, not only consumes more overall land area, but also invites greater driver error and more accidents. One-way driving aisles are notoriously inefficient, as well as annoying to drivers, and in fact are prohibited by some communities’ ordinances.
2. Lots using 90-degree parking on double-loaded aisles use less land per parked car than other layouts, thereby reducing not only the distance the average parker must walk to access a building, but also total stormwater runoff that must be captured and dealt with by sewers and stormwater management areas, as well as the heat island effect created by an expanse of asphalt or concrete.
3. Parking lots must also be punctuated regularly. Nearest to each primary building entrance cluster the handicapped parking spaces, with their attendant access aisles, crosswalks, ramps and signs. Retail and grocery stores must provide a sufficient number of distributed cart corrals to rein in their wayward shopping carts. Hotter-climate lots demand regular spacing of shade trees to cool long-standing cars and long-suffering pedestrians. Most communities require some green space or landscape interruption of parking seas; throughout much of Florida such green space or landscaping (internal to the overall parking lot) will consume 10% to 20% of the total parking lot area. Parking lot light poles, electrical transformers, site utility connections, hydrants, trash dumpster enclosures, ATMs, mailboxes, bicycle racks, moped parking areas, or pedestrian benches may share or may each command their own footprint island.
4. Parking lot islands are also essential to smooth and safe internal flow within a parking lot. An end island (capping the end of a double row of parking spaces) that measures 10′ wide x 38′ long, with circular-radiused ends, will provide for easy and comfortable turning movements for any vehicle negotiating its way around that end island. It automatically creates safe ‘vision triangles’ at drive intersections, where meeting drivers can suitably anticipate, see and be seen by one another. It will also afford enough area for landscaping relief, the placement of one or two shade trees, and some percolation of stormwater into the earth below. When placed often throughout a parking lot, similarly sized parking lot islands provide substantial visual and heat relief to parkers and pedestrians alike, and accommodate the aesthetic embellishment of an effective landscape design.
5. Parking lots work best, and are safest, when they are ringed by a ‘cruise lane’ or perimeter drive that ‘collects’ cars from all the intervening parking lot aisles before dumping them onto primary drives or surrounding arterial streets. Drives must be ranked and prioritized: the innermost parking lot aisles have the greatest mutual interaction and intersection, and are therefore of the lowest speed; intermediate drives can bear slightly higher speeds and smoother flow only if the numbers of their intersections and interactions are restrained; to have the greatest safe speed and flow, primary drives must have the fewest intersections and interactions. When optimized, a parking lot plan should have an apparent order, hierachy and logic to it.
6. As we ask more and more of our parking lots (and spend more and more ON our parking lots), parking lot materials continue to evolve. Asphalt gives way to concrete, both so that we can gain the environmentally-friendly benefits of locally-sourced concrete and incorporated fly ash, and so that we can increase reflectivity of solar radiation to minimize the heat island effect that adds to city smog. Permeable pavement materials come into use to allow more water to percolate through to earth, rather than run off to be collected, piped elsewhere and treated. A richer pallette of colors and landscape materials comes into play for greater beauty and aesthetic effect, as well as for better sun-shading and more water-conscious plantings.
7. The parking lot edge nearest building entrances deserves the greatest care and attention. Should its bounding drive have a parallel curbed sidewalk, or should the entire drive edge merely flare upward slightly through a change of paving material, like an incredibly wide handicapped ramp (as is now often done at retail store entrances)? How have pick-up/drop-off areas, canopies, handicapped access, emergency vehicle access, and restrictions on stopping or parking been integrated? Does a building entrance appear more inviting to the auto than the pedestrian? Are there pedestrian-friendly safe zones at building entrances? benches? plantings? lighting? bike racks? Only when the designer has provided meaningful answers to such questions can the parking lot truly be complete.
Basement Renovation – Hints And Tips
With proper remodelling, your basement can be turned into a real bonus point and gain important competitive advantage for your house on any market.
The primary concern of every buyer when looking at a basement is the problem of water. Therefore starting work on your basement, making sure it is dry with quality insulation will benefit you in the long run. Still, if you have some sort of water troubles, do something about it because it’ll be a massive negative.
One great way to invest in your house is to hire a basement remodelling professional to help you take advantage of the unused area in your basement. Think about it; you have at your hands the opportunity to make use of a lot of previously wasted area. Why waste such an important area in your house.
The basement is going to take a lot of work to redesign, but at the end of the day it will be worth it, both in cash and in satisfaction of a project well done. The initial issue you’ll find with this type of job is the ceiling height. Low ceilings in basements are very normal, unlike the ceilings in the rest of the home. One way to deal with this problem is to put your ceiling around the ductwork.
A carpet for comfort and warmth is the usual advice by specialists once you decide to look floor coverings. The thicker the carpet and thicker the underlay, the more insulation against the cold you are going to have to put up with, make sure it is as good a quality as you can afford. Carpets also give comfort for your feet, giving a softening effect against the concrete floors which most basements have. In the main part of the home, the flooring is normally supported by wood rather than concrete so less damage on your feet.
Installing a Gymnasium and Home Cinemas to Increase the Value of Your Home
Although these are a great idea and can make the house more enticing therefore provide you with a potentially faster sale, they are categorized as non-essential therefore you may find the buyer won’t want to pay for them. If you have a large house with an abundance of space and the system is set up professionally, then according to some property agents, this set-up could increase the value of your home by as much as ,000. If you want to set up a home gym or home cinema room, then remodelling your basement would be an ideal time to complete this project.
It is not a matter of purchasing a TV and putting up a few speakers to the wall; setting up a decent home cinema can be hard work if you have never done it before. If you are starting from a vacant room, think about a few designs and ways to set the system up, seek professional advice if at all possible What does this cinema system contain: Video or DVD player, a stereo, a minimum of a 27″ HDTV, surround-sound capabilities and speakers for all items and last but not least, some comfy seating.
Adding a work out room in your basement is a great idea and doesn’t require much organization. The visible obstacles that need to be looked at are:
Look at the air circulation, the room will get hot and so will you
A nice hi-fi system
Lighting – this wants to be soft not a blazing single bulb
Noise issues, although if it is in your basement this is probably not going to be a problem
After that, then all there is to decide on is what type of gym facilities you would like in the space. Research is the key to a well equipped home gymnasium, so visit nearby stores, visit a gym and browse the Internet. Seek advice from people who sell and use this equipment on what sort of brands to get, the different machines available and prices.
See more in Vancouver Home Renovations Guide.
Irwin Tools 333016 Concrete Gouge, 1 x 12″
Irwin Tools 333016 Concrete Gouge, 1 x 12"
- For cutting narrow channels into concrete
- Fully heat-treated for strength and long life
- Forged from superior-grade steel, the working points of our chisels can be re-sharpened for longevity
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