Winter Safety Work Boot Buying Tips

Winter is officially here. Depending on where you are in Canada, snow has finally started to fall and actually stick to the ground, and outdoor working conditions have become less pleasant for many. There are a lot of seasonal safety measures that need to be considered by construction workers and management.

Perhaps the best place to start when thinking winter construction safety is at the bottom – from the ground up so to speak. And looking at the ground, the first thing that comes to our minds at Norsteel Builidings is appropriate winter safety work boots.

Winter Safety Work Boot Buying Tips

Perhaps the most important thing to consider when choosing winter work boots is that safety boots have a steel toe to prevent sharp objects from piercing through the boot and into your toes. It can also to some extent prevent the crushing of the toes if a heavy object were to drop. There is also a steel shank in work boots to prevent the bottom of feet from being impaled by nails or other sharp objects. The steel toe and shank in work boots is one of the most important features of a work boot. In winter, however, this can also be the source of a lot of discomfort and possibly even pain. This is because the steel will conduct cold into the boot. Even with proper work socks, this can be a problem in moderate to extreme weather. It is important to purchase winter safety work boots with thermal insulation to counteract this.

An important tip to choosing winter work boots that will be comfortable is to wear your winter work socks when trying on boots. If you wear a pair of socks that are too thin or thick, and these are not the ones you will be wearing every day at work, this can alter the original comfort level you felt in the store.

If you happen to be one of the many who have one foot that is slightly or significantly larger than the other, always fit to your larger foot. You can always compensate for your smaller foot with differing thicknesses in work sock but to squish your foot into a smaller boot is never a good idea.

It may seem counterintuitive to think light and flexible when considering winter work boots but this is exactly what you should do. You are trudging around in your boots all day so you want them to be as light as possible, not heavy and burdening. The leather should also be flexible enough to form perfectly to your feet. This is just as important to your comfort as slip resistant soles are to your safety.

Of course the exact nature of your employment will make the overall difference in which winter work boots that you choose. It is important to make sure that you are buying the right boots for your field and that the boots’ unique safety features for that field of work are Canadian Standards Association (CSA) approved.

These are just a few winter safety boot construction buying tips. If you happen to have any more good buying tips, please leave them in our comments section.

Green Building Statistics

The built environment has a profound impact on our natural environment, economy, health, and productivity.

Did you know that in the United States alone, buildings account for 72% of electricity consumption, 39% of energy use, 38% of all carbon dioxide (CO2) emissions, 40% of raw materials use, 30% of waste output (136 million tons annually), and 14% of potable water consumption. 

This is why Green Building is so important, the benefits of green building will enhance and protect ecosystems and biodiversity, improve air and water quality, reduce solid waste and conserve natural resources.

The Economic benefits will reduce operating costs, enhance asset value and profits improve employee productivity and satisfaction and optimize life-cycle economic performance.  

Health and community benefits will improve air, thermal, and acoustic environments, enhance occupant comfort and health, minimize strain on local infrastructure and contribute to overall quality of life.   

More statistics on the built environment in the U.S. and the growing size of USGBC membership and LEED are available in our Green Building Facts document.

Also for more information on building green, please visit www.norsteel.com

Top Ten Workplace Safety Tips

If you are interested in keeping your employees safe and productive in your workplace then here are some workplace safety tips for you. They might even help you comply with some OSHA regulations along the way.

1.  Maintain a clean work area. Not only will you remove many hazards from a work area by keeping it clean, but you will also provide a more productive work environment for your employees.

2.  Use guards and engineering solutions wherever possible instead of relying on PPE – personal protective equipment. PPE is hard to police and uncomfortable to wear. Find a way to prevent the exposure in the first place. Your workers will be much more productive if they are comfortable.

3.   Assume your employees want to work safely and give them that chance. Many safety incentive programs seemed to be based on the idea that employees want to get hurt and you have to bribe them not to stick their hand in the machine. If you have that idea, then these tips are not for you.

4.  Give clear work instructions. Make sure your employees know the right way to do what you expect of them. Don’t just give them a list of things not to do. Include safety instructions in every procedure you write.

5.  Don’t dwell on worst case scenarios but focus on what is most likely to occur. Start by focusing your energy in preventing your most common incidents. That means you will have to keep an accurate OSHA incident log even if it looks bad to some manager you report to.

6.  Love your employees. Don’t confuse this with something that might get you a sexual harassment claim. I mean, care about your employees and let them know you do. If a machine is becoming unsafe, shut it down before someone gets hurt.

7.  Spend time getting to know the work your employees do. Even if you once did that job, it is likely it is done differently by different people. Look at what people are actually doing and compare this to what is written in procedures. If the procedures are different from the actual practice, find out why.

8.  Maintain the machinery in good working order. Many times employees get into dangerous situations by having to compensate for a machine defect or wear. In the case of wear, it may have occurred so gradually that they think it is normal. A strong preventive maintenance program makes for a strong safety program.

9.  Avoid unnecessary hazards. Look for new materials or equipment that can eliminate the hazards your workers are exposed to.

10.  Maintain a clean work area. See workplace safety tip number one above. Potential exposures to hazardous material and conditions can be dramatically reduced simply by keeping the work area clean. And the benefit in employee productivity and morale is worth the effort even without the safety incentive.

For more workplace safety ideas see: http://www.mikestrawbridge.com/workplace-safety-training.shtml

You can also visit our site at www.norsteel.com

Reducing Energy Use in Offices to Increase IT Sustainability.

Intel has released an interesting whitepaper entitled Reducing Energy Use in Offices to Increase IT Sustainability.

As the white paper explains, Intel has performed some extensive research beginning with the measurement and sources of their carbon footprint. They have pinpointed avenues and tactics to reduce their carbon footprint, decrease office energy use with the focus being to reduce PC energy usage. After performing their research, they have found that employee awareness is a key factor in reducing energy use at the office. Intel has published their findings on their website. Why not read the PDF copy of Intel’s whitepaper, Reducing Energy Use in Offices to Increase IT Sustainability to see if there is any interesting news or tips that can be applied in your office building setting? This paper might be especially useful to those in the office building construction phase and would like to get some inspiration for building a green office. And as the whitepaper reports, employee awareness is key to implementing green practices so make you pass on your knowledge.

Metal Building Insulation

The manufacture of metal buildings is one of the fastest growing areas in new building construction. They’re used as garages, RV shelters, workshops, warehouses, stores and homes. Metal building insulation is a critical factor in controlling temperature, noise proofing and energy conservation. New methods of insulating metal buildings have expanded the market for this type of construction by creating more livable spaces.

The most common methods of insulating a metal building are standard fiberglass insulation and blown-in foam. Standard fiberglass insulation is what is used most commonly in homes. Foam works well in odd-shaped buildings. Alternative forms of insulation are created from cotton fiber, plastics, cellulose, recycled materials, straw and composites. Radiant barrier insulation reflects the heat that is already in a room back into the room, rather than letting it escape.

Standard fiberglass insulation used in metal buildings has a protective lining called facing, sometimes made of polypropylene that acts as a vapor barrier. Spray foam can be purchased in kit form, or installed by a contractor. It is made from polystyrene and expands, eliminating gaps. Newer spray foam products are less ozone depleting. Less commonly used insulation materials such as cotton, plastic and wool come in batts or rolls, just like fiberglass insulation, and are installed the same way. Recycled materials are eco-friendly.

Metal building insulation increases the livability and energy efficiency of buildings that are heated or cooled. Check R values and U values for appropriateness to your climate. These refer to the effectiveness of the insulation. A higher R value means a more effective insulation. A lower U value means better performance. Besides temperature control, insulating your metal building means increased lighting efficiency, condensation control and sound control. Some foam insulations provide better fire protection and can prohibit the growth of mold. Painting your metal roof white will increase the effectiveness of the insulation in the summer months.

Metal buildings are cheap to build, and can be designed to meet any need. Consider the Quonset hut, used by the military since it was first patented in 1916 as barracks, mess halls and warehouses. Metal building has evolved to include steel built homes that appear to be no different from stick built houses. Properly insulated, a metal building offers energy savings and a smaller carbon footprint. Good metal building insulation, combined with other green ideas like passive solar, make a work or living space more environmentally friendly.

Some radiant barrier insulation does not provide the fire protection of other forms of insulation. Most insulation installation can be done by a talented do-it-yourselfer, but proper installation is necessary to guarantee the effectiveness of the product. Use products that have been approved for metal building inuslation. Be aware of your area’s building codes before starting your project.

Looking to buy a steel building?  Visit our website at: www.norsteel.com

Source: http://www.ehow.com/about_4709382_metal-building-insulation.html

Why Metal Roofs Are Popular

What most homeowners desire is a roof that’s not too expensive, requires no maintenance, and lasts forever. But most roofs are replaced – or at least repaired – every ten years. By carefully choosing your home’s roofing material, you can reduce the cost of replacement. In the long run, you’ll use less building material, fill up less landfill space with discarded material, and put less demand on our natural resources. 

You can realize other environmental benefits from your roofing choices. If you select a light-colored surface or a material that doesn’t absorb heat from the sun, you significantly reduce your home’s cooling needs. When your attic stays cooler, your cooling bills go down.

Metal roofs are coming back into vogue. In the late 1700s, zinc, copper, and lead were the most popular materials used for roofing – such famous historic buildings as the Washington Monument and Thomas Jefferson’s Monticello have metal roofs.

Standing-seam steel roofing is the most popular residential metal roofing today. (The term standing-seam describes the upturned edge of one metal panel that connects it to adjacent sections, creating distinctive vertical lines and a trendy historical look.) But metal roofs can also be made to resemble wood shakes, clay tiles, shingles, and Victorian metal tiles. Aluminum or coated steel is formed into individual shingles or tiles, or into modular panels four feet long that mimic a row of shingles or tiles. 

Metal roofs are durable, fire retardant and almost maintenance-free. They are also energy efficient; metal reflects heat and blocks its transfer into the attic. Research by the Florida Solar Energy Center in 1985 showed that metal absorbed 34 percent less heat than asphalt shingles, and homeowners switching to metal roofing reported saving up to 20 percent on their energy bills. 

Steel roofs offer other environmental benefits as well. They are made from between 60 percent to 65 percent recyclable material. Because they weigh very little, metal roofing can be installed over existing roofs, eliminating the need to dispose of excess material in a landfill. 

Installing some metal roofing can be an intricate process best done by a professional, and the initial cost of a premium metal roof is higher than most other roofing materials. You need to compute the lifecycle cost to see if paying more to begin with for a metal roof will prove to be a better investment than some other form of roofing. 

For more information on metal roofings, please visit: www.norsteel.com

Source:  http://roofgenius.com/roofmaterialchoices.htm

Safety In The Workplace Cartoon

On Tuesday I posted about 5 safety tips for construction workers on avoiding stress and injury, so today I thought I would post this funny cartoon that I saw on www.cartoonstock.com

5 Safety Tips for Construction Workers on Avoiding Stress and Injury

Working as a construction worker is much like being a superhero. Every day, you’re tasked with bearing heavy loads and using ultra cool equipment and tools. Riding in cranes and squatting on scaffolds put you so high in the sky that you almost feel like flying. But the same things that make construction job extraordinary could put you in a lot of stress. If you’re not too careful, you’d likely meet injuries along the way.

Fortunately, there are some safety measures you can follow to avoid common stress and injury in construction sites.  Here at Norsteel Buildings we enjoy promoting workplace safety so here are a few tips:

1. Lift objects properly.

Back aches are every construction worker’s number one enemy. While it’s easy to get injured by carrying heavy loads, it’s not that hard to avoid this hazard altogether.

Remember to always bend your knees and to avoid twisting to the side when lifting. To maintain balance, put one foot slightly in front of the other.

2. Use ergonomically correct portable and high-powered tools.

Tools are supposed to make your life easier. Of course you know this but still you find yourself reaching out for the same hammer that puts a strain on your hand or those pliers that always slip from your grip.

You may not know it but by frequently using poorly designed tools, you could develop such conditions as carpal tunnel syndrome, tendonitis, white finger, and trigger finger.

Even powered tools can cause you serious problems with their high vibration and excessive noise. For this reason, employers must make sure that power tools they choose for workers not only have lower vibration but have a long trigger. They should also consider both left-handed and right-handed workers when selecting tools.

In the case of hand tools, employers or safety coordinators must choose those that need less force to use and do not strain the hand when you hold them tight. Hand tools must also be balanced and do not conduct heat or electricity.

3. Sit down when working at lower levels.

Avoid squatting or kneeling when you have to work at lower levels. By sitting on a stable stool, you avoid straining your knees and waist.

4. Keep your wrists in neutral.

 Same goes with your arms. Otherwise, by the end of the shift, your body will be suffering from swelling, tingling, strains and pains. If things get worse, you could develop carpal tunnel syndrome.

5. Balance the weight of your tool belt.

Tool belts sure are small and handy but they have the ability to pull your body out of alignment. That is unless you keep its weight balanced. If you find that one side of your belt is heavier than the other, then make the necessary adjustments by transferring tools to the lighter side.

Source:  http://www.safetyservicescompany.com

Norsteel On YouTube

If you happen to be looking for some visual inspiration to get started on your next building project, why not check out Norsteel Buildings on YouTube? We have more than a couple 3D renderings of existing building projects that you can take a look at from every angle. I guess you could call it a bare bones virtual tour! While we only have a few videos online right now, we will absolutely be adding more in the future.

If you would like to discuss any of the projects that you see on our Norsteel’s YouTube channel, please check out our website, www.norsteel.com or for mini storage building, take a look at www.norsteelministorage.com. As an added source of visual inspiration, feel free to peruse our steel buildings photo gallery. You will find a wide variety of steel building images and projects that have taken place across Canada.

As winter is quickly descending upon us, it is a good idea to get all of your ducks in a row for your upcoming steel building project.

Wind-driven rain resistance

A voluntary specification for windows, doors and skylights has been released by the American Architectural Manufacturers Association, Schaumburg, Ill. The publication, Voluntary Specification for Rating the Severe Wind-Driven Rain Resistance of Windows, Doors and Unit Skylights, provides an optional rating of the ability of fenestration products to resist severe wind-driven rain.

This voluntary specification is based on a rapidly pulsed pressure differential method, recognizing that conditions encountered during tropical storms, hurricanes or severe thunderstorms are not static. In addition, the procedures and equipment required to perform the specified tests are provided. The specification details the testing apparatus used; defines test specimens and installation, and describes test methods utilized, as well as stating what information the test report should include.

Source:  http://www.metalarchitecture.com

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