Children love expressing themselves, and they can easily do this through drawing classes. While any child can pick up a pencil and draw, it's best to have them start with the safest tools that deliver productive and satisfying results. Here is a list of elementary art essentials kids will love.
 
Paint Sticks
 
Paint sticks are the ideal tool for children's art classes because they can be easily stored in a pencil case or backpack. These are useful for children because they can create original art without any mess. They are also easy to clean off if things get a little out of hand during class.
 
Sharpies
 
Art teachers have been using Sharpie markers to teach children about art for decades, so it's no surprise that the markers have become a staple in elementary art classrooms. Graffiti-style artists have extensively used sharpies in their work. However, their precise texture and bright colours make them essential as a budding artist's toolset.
 
Multi-Purpose Paper
 
Multi-purpose paper is a type of paper that can be used for a variety of uses. It includes features such as construction paper, wrapping paper, and printer paper. Multi-purpose paper's textured surface can be used as a canvas for artwork, and its durability makes it perfect for photography.
 
Art Paste
 
Art paste is a type of paint and glue alternative that is suitable for young children because it dries quickly and is free from toxic chemicals. It can even be wiped away with a cloth if it gets on the surface you're working on. Lastly, they don't create clothing stains, making them perfect for elementary school artists.
 
Water Color
 
Painting with water is a fun activity that young children can do. It allows them to express themselves creatively while also developing their fine motor skills. It also helps them to develop their understanding of colors and how they are used.
 
Have Your Children Learn How to Make Beautiful Art Today
 
Enroll your children at VR School of Art today to help them learn how to make beautiful artworks and appreciate the beauty of the world. Our school's enrollment roster is now open. Contact us to learn more!

The increasing popularity of EV cars can be attributed to their minimized global warming emissions, less frequent maintenance, and quieter driving.  However, due to its cost and the limited number of electric vehicle charging stations in some areas, an EV car is not a valuable asset for everyone.
The following are crucial factors one has to think over before driving an electric car:
 
The initial price
Since they are powered by costly rechargeable batteries, electric vehicles tend to be more expensive than conventional cars. The high cost comes from the cathode that requires high purity metals like lithium, cobalt, and nickel.  These metals need to be mined and processed before they can be used as a raw material for battery production.
 
Electrical Vehicle Charging stations
It would take anywhere from 4 to 8 hours to fully charge an EV car depending on the model.  Some fully charged EV cars can drive between 60 and 100 miles while other models offer 200 to 300 miles. And in a city where EV cars are everywhere, finding an electrical vehicle charging station is easy. However, it would not be practical to visit rural or suburban areas where charging stations are not available or scarce.
 
Maintenance
Unlike gas-powered cars, EV cars do not require regular oil changes and other maintenance tasks associated with the combustion engine. Furthermore, the brakes on EV cars outlast those of conventional gas-powered automobiles. However, most licensed mechanics are not experts on EV cars and pose a challenge when these units break down.  Parts are also not quickly accessible and would require you to reach the vehicle manufacturer. 
 
 
 
The real environmental impact
While conventional cars use fossil fuels (from extracting crude oil to transporting gasoline to filling stations) to power their combustion engine, EV cars rely on mined and processed elements to manufacture their rechargeable batteries. Also, the emissions from generating the electricity to charge an EV car should be considered as well. And unless the source of their energy comes from renewable sources like solar or wind, electric cars cannot be considered a green alternative to diesel-powered vehicles. 
 
There’s no doubt that EV cars can help alleviate the increasing global temperature as they emit lower emissions than gas-powered automobiles. Still, it is imperative to strike a balance between environmental sustainability and cost- efficiency alongside other factors.

Nickel titanium, also known as Nitinol or NiTi, is a smart material with very unique shape memory and super elastic properties. NiTi also has a very elastic modulus that works closely similar to that of the human bones than any other metal alloy, making it the most popular implant material.
 
Thus, one would find it popularly used in orthodontics, bone fracture treatment, as well as in bone suture anchor application wherein soft tissues are attached to the bones. More interestingly, NiTi is also used as stents in reinforcing blood vessels. What makes nickel titanium biocompatible is the formation of a thin titanium oxide surface and it is highly stable when inside the body. The blood compatibility properties of this metal alloy are closely similar to that of titanium oxide.
 
Nickel titanium is also known to be thromboresistant and has semi-conductive abilities. A number of studies reveal that the use of NiTi as clot filters and its effects on platelet adhesion and clotting systems are somehow the same with the results when using stainless steel. Empirical findings show that grafting of polyethylene oxide on NiTI had decreased the fibrinogen adsorption a lot, in fact, by as much as 99%. The same significant results were found when it comes to platelet adhesion.
 
Finally, NiTi’s properties enable it to be modified to a greater extent by adjustments in its composition, mechanical working, and heat treatment after recycling. Studies involving the investigation of these changes in NiTi wires after recycling revealed significant findings. Results show that there are no significant differences between the metal alloy when it comes to its maximum tensile strength, bending fatigue, modulus of elasticity, and elongation rate. Similarly, the frictional coefficient and surface roughness of nickel titanium wires after recycling were increased but not statistically significant. This indicates that NiTi can be recycled and put into new use without significantly losing its amazing properties.
 
If your application calls for the use of NiTi, don’t hesitate to get in touch with us to learn more about this unique metal alloy.

As its name suggests, safety glass is designed to be safe because it does not damage when breaks. There are two major types of safety glass available: tempered and heat-strengthened. Tempered glass, also known as toughened glass, is being cooled at a rate much faster than heat-strengthened glass while strengthened glass is cooled at a rate quicker than regular annealed glass.
 
Tempered Glass
 
Toughened glass is created by heating regular annealed glass which is cooled right away with air blown uniformly onto both glass surfaces, a process is called air quenching. The purpose of rapidly cooling the glass after heating is to increase the compression forces on its surface as well as the tension force inside it. As such, tempered glass is much stronger than regular annealed glass of the same thickness and size by four times.
 
The process of tempering the glass makes it more toughened to cope with forces such as impact, heat, and wind. However, it does alter the light transmission or chemical composition of this safety glass. It also does not change the rate of the glass in terms of transmitting heat or expanding when heated.
 
Heat-Strengthened Glass
 
This safety glass is also created by heating annealed glass uniformly but is cooled down at a slower rate. As the rate of cooling has a direct impact on the glass strength, the faster the cooling process, the stronger the glass becomes. Though heat-strengthened glass is not as much as stronger than tempered glass, it is stronger than annealed glass, making it resistant to impacts and winds. Moreover, it does not break into sharp and small jagged edges.
 
With its properties, it is commonly used in constructing high-rise buildings but because it still fractures into big jagged pieces, it is qualified to be used in storefronts and doors for safety reasons.
 
If you still have some questions about a safety glass for your home or business project, just contact us here at All Team Glass for excellent workmanship.

With its unmatched versatility, polyethylene foam is one of the most valuable materials available in the market that is utilized for a broad range of applications. It is a type of closed-cell foam material that is composed of millions of small bubbles, making it very resistant to water and moisture. It is also very resistant to solvents and other chemicals and has the ability to avoid the growth of bacteria, mould, and other microscopic organisms. Due to its great resiliency, polyethylene foam (PE) can go back to its original form even after compression, while still providing sufficient cushion and protection of the item it protects.
 
All of these qualities, plus a great option for customization, make polyethylene foam very flexible for almost limitless projects. It is created by formulating different compounds and using various additives to modify its properties before being processed into a final product. Depending on the desired end result, PE foam can also be made to different varieties by altering its properties through additives. Since these compounds are added before the formulation of the final foam product, the qualities become consistent all the way through the final processed PE material.
 
One important factor to know about polyethylene foam is that it comes in various densities as well as other foam materials. The more the density of the PE foam, the thicker its walls are. This means the stronger the material is, making it ideal for use in the transportation of sensitive electronic items with its amazing anti-static property. This ability makes the foam capable of getting rid of the electrostatic charges that may damage electronic components.
 
Finally, with adequate treatment polyethylene foam is also known to have the ability to self-extinguish once ignited. This makes it an ideal option for the construction and insulation industries. Some PE foam variations are even capable of providing protection against the sensitivity of some machines. Hence, no wonder why it is hailed as the most versatile foam material ever created.

If you own a website, be it for your business or a blog, you most likely have heard the term SEO in Toronto. But do you know that effective SEO use can help boost customer experience and bring you more customers? Yes, because customer experience has now become the most prioritized element of a website to be ranked higher on search engines, particularly Google. So, how do you boost customer experience on your site? Here are the top three proven tips to consider.
 
Ensure your web design is responsive
 
Responsive means your audience can open and read your content on any type of device. Your potential customers might be using a mobile device while searching for your product and is ready to buy. So, if your web design is not mobile-friendly, meaning the texts or images are just too large or too small on their devices, they will be discouraged to leave your site and land on your competitor’s page instead. Hence, make sure that all elements in your website can be opened in all sorts of devices and your SEO program takes this into account.
 
Hasten page load times
 
When it comes to loading pages, every second counts for visitors. It is a given fact that a slow-loading of a website would make a potential customer frustrated that can make him just leave the site because of that. This is why it’s crucial that you make your pages load faster. Load times also have an impact on your site ranking. The faster loading ones are prioritized. Overall, bounce rate and duration per visit are the two important features that affect your SEO.
 
Create and post high-quality content
 
The bulk of time that people spend on their phones and computers every single day to look for information and reading content. There is no wonder why content marketing is the name of the game today for all types of businesses. Engaging content that provides value to your prospects is the key to every SEO program. Keep in mind that SEO strength builds up if your content addresses the inquiry and needs of your potential customers. 

By definition, CNC machining is the process of manufacturing wherein the pre-programmed computer software is used to determine the movement of tools and machines. In general, using this type of machining than manual machining is highly beneficial because it results in improved production speeds, enhanced accuracy, increased efficiency, improved safety, and reductions in costs. The following advantages make CNC machining superior to manual machining.

The Advantages of CNC Machining

Compared with manual machines, CNC machines produce very high accuracy that leads to consistent product quality. Better still, the process can be repeated multiple times in exactly the same fashion and produces the same results. In addition, the automated process of CNC machining increases the speed and quality of the manufacturing process. This ultimately increases operation efficiency. Conversely, manual machines need some break time and take some rest whereas CNC machines don’t need it to be more efficient.

Another major benefit of using CNC machines is increased safety for the operators. Unlike the case with manual machines where they work behind the guard or closer, CNC machines don’t need to be operated that close and can be left behind once programmed properly. Plus, the application of CNC machining proves to be more cost-effective. It does not require multiple machine operators to run but still produces more accurate and precise results. Also, since there is very minimal error in using CNC machines, the chance for rework is also slim. Hence, businesses save from unnecessary redo and waste.

CNC Machining for Custom Applications

True Gear specializes in CNC machining, providing the highest quality gears and other parts used across industries. The great capabilities of CNC machines enable us to satisfy the unique requirements of even your most demanding applications. For more information on our machining services and capabilities, just get in touch with one of our representatives today.

Boring milling machines are typically used to cut metal into thin, flat sheets. These machines play a crucial role in manufacturing because they cut metal quickly and precisely. While common practices can deliver effective results, you can achieve next-level results by employing the following methods below.
 
Reducing Chatter

The chatter on a boring milling machine bar is easy to reduce if you use a high-speed steel or carbide tool.

High-speed steel (HSS) is a type of steel with a high amount of carbon content. It is also called "white steel." It is one of the most popular types of metal used for cutting tools.

On the other hand, carbide tools are high-speed steel tools with a carbide tip. Carbide is an extremely hard, non-magnetic metal used in cutting tools.
 
The Best Boring Bar

The best materials for boring milling machine boring bars are those with a hardness of 60-65 Rc and a breaking strength of 18,000-22,000 PSI.
Steel is the best boring bar by far because it fulfills all these requirements. Steel is hardened by quenching it in oil, which increases its hardness.

The hardness increases the amount of energy required to break it but decreases the amount of energy required to shear it, which makes it good for making tools that require less energy than other metals.
 
One or Two Boring Heads

In boring mills, a boring head is a tool with a hardened steel bit that rotates at high speed. It uses a combination of a helix and conical cutting edges to create a hole in the workpiece.

The single boring head has one cutting edge that is from the center of the bore to just below the surface of the workpiece, while the double boring head has two cutting edges that are from one end of the spindle to just above it.

The best time to use single boring heads is when you want to create an exact hole in a material. The most efficient use of two boring heads in a boring milling machine is when you need a large amount of material removed per pass.
 
Using Fine Boring Heads

The highest grades of steel and other metals need to be finished and polished to a high shine. This is done with a fine boring head, which is a small motor with a high-speed spinning cutter.
The tool head is mounted on a rotating shaft, and the cutter travels around the face of the tool head at an extremely high speed (30,000 rpm or more) which makes it capable of cutting very thin layers of metal away from the face of the tool head.
 
Get The Best Boring Milling Machines Today

TOS America is the leading supplier of FERMAT machinery from the Czech Republic. FERMAT has been in business for decades and has invested heavily in research and development. Their machines are known for their high quality, performance, and reliability. Get yours today by contacting us now!

Mouldings in Oakville play a huge role in completing the overall look of an interior design. In fact, installing them is a very exciting part of building a house because they provide a finished look.
 
Where to Use Mouldings
 
You would be delighted to know that mouldings can be used in many places in your house but they have mostly been installed on the floors, ceilings, doors, and windows. When used on floors and ceilings, they are intended to provide smooth transitions while for doors and windows, they are meant to add more decorative elements. You can also install them on your walls and paintings to give them a more decorative touch.
 
Types of Moulding Materials
 
Once you have determined which area to use the mouldings in, it’s time to decide what particular material to use. The most popular mouldings in Oakville are made from softwood, hardwood, MDF, and other engineered materials. Of course, you need to consider the cost and other factors like staining or painting them to make your final choice. After this, you can now select the right mouldings for your house.
 
Choosing the Right Mouldings for Your Home
 
At this point in time, it really boils down to your personal preference and budget. You can mix and match if you prefer to. For instance, if your home has a modern farmhouse style, then you can integrate modern elements in your mouldings as well. Modern mouldings in Oakville have little to no profile at all and they are often flat boards with some layering of smaller pieces. Conversely, if you have a traditional home style, then you can opt for a more decorative profile for mouldings which are very common in many homes.
 
Overall, it is really up to you which style and material to go for. But if you want to match the existing interior decor of your home, then opt for a moulding that best matches it. But if you prefer contrast, then choose a moulding style that makes a big statement and stands out from the rest of your interior decor. 

Being in the structural steel fabrication industry for several decades, Scarboro Steel Works has been fabricating steel products of all sizes and shapes. Over the years, our steel products have evolved and were chosen for all kinds of structures around the region and the country. Our extensive experience brings us good knowledge about the industry that we are going to share with you in this article with the following facts.
 
Fact #1. Iron is the main product used to make steel
 
Scientifically speaking, steel is composed of iron with about 1% of carbon. It can also contain other major elements like manganese. The addition of other elements is what makes steel very durable, hard and tough, and resistant to corrosion. Among all the metals available on earth, iron is second only to aluminum in terms of abundance. This is why steel, made from iron, is considered the least expensive and most widely used of all materials.
 
Fact #2. Steel industry is the second largest next to oil and gas
 
In developing nations, structural steel fabrication is the most involved industry that serves the healthcare and education industries. Years back during its initial development, only a small amount of steel was used to build structures but today, it is the second biggest industry in the world. China takes the lead as the world’s largest steel producer, fabricating and manufacturing more than 50% of the globe’s steel production.
 
Fact #3. More than 50% of products are made through steel fabrication
 
You will even be amazed to learn that more than 50% of all the products we use daily are made through steel fabrication processes. Be it your office computer or your designer stairs perhaps, they are all constructed through structural steel fabrication. Even huge ships and aircrafts are made through this process. In fact, some astronauts have tried to do the process in space back in 1969 which contributed a lot to the advancements in the industry.
 
Finally, structural steel fabrication involves a lot of processes such as shaping, bending, cutting, and assembly. The entire fabrication starts in designing, drawing, and planning for the final structure to be created. Should you want to learn more about the industry, continue reading our blog posts or call us if you are ready to make your selection.