For laboratory professionals, finding the right equipment is critical to the success of any lab. Here at Science Equip, we carry a wide variety of equipment for your laboratory needs.
Our equipment is used by a variety of scientific and research industries throughout Australia. We offer a range of specialized laboratory products at competitive prices.
Porcelain is a ceramic material that is used for tableware, figurines, and in technology and industry. It is made from a combination of kaolinite, feldspar, and silica, and is fired at high temperatures to produce a durable, tough, and white material with superior strength and translucency.
Porcelain ware is a very useful and durable material for scientific laboratories. It is resistant to a wide range of chemicals, including alkalis and acids. It is also safe to use on a heated surface, such as a laboratory oven or stovetop.
It has a smooth, non-stick cooking surface that is extremely easy to clean. This is one of the reasons why professional chefs prefer to use porcelain cookware when preparing food.
In addition, porcelain ware is very resistant to scratches and stains. It is also very lightweight and has excellent thermal insulation properties.
This means that it can withstand very high temperatures, such as those found in an industrial kiln. In fact, a traditional porcelain kiln can reach temperatures as high as 1,200 degrees C (2,200 degrees F).
There are three main types of porcelain: hard-paste, soft-paste, and bone china. These porcelains are usually composed of a mixture of clay minerals, such as kaolinite, feldspar, or ball clay, and silica.
The earliest known form of porcelain was produced in China in ancient times. It was made from petuntse, a feldspathic rock that had been ground to powder and mixed with kaolin (white china clay). The raw materials were then fired at very high temperatures.
By 1707, however, a new type of porcelain had been discovered in Saxony. The two men responsible were Johann Friedrich Bottger and Ehrenfried Walter von Tschirnhaus.
They combined kaolin, which is a common ceramic clay mineral, with feldspar and quartz silica. These materials are called fluxes, and they help to reduce the temperature at which a liquid glass forms during firing. This allows the feldspar and quartz silica to fuse together better, making for a stronger and more durable material.
Bone ash is another important raw material in the production of both hard-paste and soft-paste porcelains. Calcined bones have a higher calcium content than petuntse, which makes them easier to shape. They are then mixed with the other clay minerals to create a porcelain body or mixture that can be glazed and fired.
Metalware is a broad category that includes items like crucibles, cylinders, and vessels of various shapes and sizes. These items are often made from corrosion-resistant materials, such as stainless steel or titanium. In fact, if you’re a chemist or lab rat you’ll probably find yourself in need of at least one of these products at some point in your research and development efforts.
The best part is that you won’t have to worry about breaking the bank to get your hands on some of these impressive laboratory tools and gadgets. You can find these items in every lab from the smallest school classroom to the largest medical center.
A top-notch metalware supplier will be able to provide you with the goods in any size or shape. For example, you may be looking for a stainless steel beaker that can be used to heat up samples and conduct the best chemical reaction you can remember. You’re also likely to need a jar or two to hold your concoctions of choice. The good news is that you can find these items at Science Equip. Our lab equipment Australia is not only stylish, but they’re also durable and built to last. The company has been around for over 100 years and is a leading supplier of quality lab equipment to both the public and private sectors.
Laboratory chemicals are mainly standard chemical reagents used for scientific and research experiments, which can range from basic titration reactions to more complex pharmaceutical drug testing. They are essential to any scientist or chemist, as they serve as the basis for conducting tests and experiments that can lead to discoveries and advances in the field of chemistry.
Most laboratory chemicals must be stored and arranged according to their reactivity, compatibility, and hazard classification in order to ensure safety. This means that they must be arranged in storage cabinets, inert containers, or even sealed boxes that have been designed specifically for this purpose.
Likewise, they should not be placed in containers with other hazardous materials, such as corrosive acids and bases. Storing these chemicals in the same area can lead to accidental spillages or reactions.
Some of these hazardous substances, such as benzene or cyanide, need to be stored in specially constructed and labeled waste storage containers. This is to prevent them from leaking into water sources or becoming incorporated into the food chain, which can lead to serious health and environmental issues.
The Australian Code for the Transport of Dangerous Goods states that all waste containing substances deemed to be a danger to health should be pre-treated to remove toxins and other contaminants before being sent to a landfill. For most laboratories, this will mean that their waste streams need to be disposed of through a professional laboratory waste treatment facility, which incinerates and purifies the waste before sending it to a landfill.
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Laboratory equipment is an important part of the scientific process, and there are many different types to choose from. These include laboratory glassware, lab plasticware, filtration products, and consumables. Choosing the best laboratory equipment for your needs is an important decision, as it can affect your overall research and testing performance.
The laboratory equipment industry in Australia is a relatively small one, with a total value of approximately $1.9 billion in 2009. The market is driven by demand from scientific research and healthcare industries, as well as construction markets. Nevertheless, demand for measurement and scientific equipment is forecast to grow at an annualized rate of 3.3% over the next five years, aided by private capital expenditure on machinery and equipment and R&D investment.
LAF Technologies, a division of Lab Supplies Australia, is a renowned supplier of high-quality laboratory equipment to the life science, research, and IVF industries throughout Australia. We proudly offer a large range of laboratory equipment from leading manufacturers including Air Science, Caron, CP Lab Safety, CHCLAB, Edwards Instruments, Ecofunnel, EuroClone – BioAir, IKS International, JSR Research, and Lighthouse Worldwide Solutions. The company also offers lab equipment sourcing services that make it simple to find and buy the lab equipment you need, when you need it.