Everything You Need To Know About Vacuum Glove Box

The vacuum glove box is the original airtight enclosure and is still widely used today. The standard design of a vacuum glove box has a heavy steel outer frame that provides stability, insulation and physical strength. On one side of the frame are two doors, each with a gasket seal to provide an airtight sealing in conjunction with an o-ring at the base.

Inside the enclosure is a workbench or table with a rubber or silicone coated work surface. This coating helps to create an airtight seal against leakages from materials spilt in the glove box while being worked on.

Basic Structure of a Vacuum Glove Box

The gloves of the Vacuum Glove Box are made of stainless steel to support the frame and withstand exposure to harsh chemicals. Common seal materials include silicone rubber, silicone elastomer, EPDM rubber and natural rubber. In addition, many vacuum glove boxes have a safety interlock that ensures that both doors are closed before the vacuum pump can be started.

Both doors must be sealed and screwed shut with a pneumatic tool to ensure a strong airtight seal and enclosure is airtight. In addition, a pressure gauge is installed on the manifold where it can be easily monitored during use.

Working Process

When the vacuum pump starts, it removes air pressure from the interior of the glove box, and a small leak in the glove box will cause air to seep into it. This is known as saturation, and if this happens, an o-ring or gasket can be damaged due to a tightening of its size.

Therefore, when working inside a vacuum glove box, an inert atmosphere must be maintained by pumping inert gas. Any materials in the glove box should be assessed before being brought inside for any possible microbial contamination. The material is then placed into the glove box for a designated time before being checked for contamination.

The glove box is maintained by cleaning out any solvents that have been used in the material being worked on and replacing seals if necessary. A vacuum glove box has become a prominent part of every laboratory.

Understanding the Benefits of Using Vacuum Dessicator for Laboratories

Vacuum micro-dessicators use low-cost, efficient and reliable techniques to eliminate particles of all types, including chemicals and pathogens. They are available in various sizes with capacities ranging from 100ml to 25kg. They are used in facilities worldwide by industry and government agencies. When you need to sanitize a laboratory or process area in your facility, vacuum micro-Dessicator offer several benefits over traditional methods like high-pressure steam cleaning. These include:

Low Environmental Impact

Vacuum micro-Dessicator are even more efficient than traditional high-pressure steam cleaning in terms of the heat to liquid ratio, eliminating the need to pre-heat the water. In addition, by lowering its temperature, vacuum micro-Dessicator reduce the harmful effect that heated water can have on the environment and plant life surrounding your facility.

Save Operational Costs

A Vacuum Dessicator produces a significant amount of steam with minimal water consumption, reducing your heating and cooling bills. The increased efficiency also lowers fuel consumption and carbon emissions. In addition, their short operation times mean you do not need more manpower, which also helps reduce costs and improve safety.

Control Structure Sterilization

The steam produced by vacuum micro-Dessicator is between 55 and 75 degrees Celsius, significantly lower than the 140 degrees Celsius steam produced by traditional high-pressure cleaners. This minimizes the risk of damaging sensitive laboratory equipment or electro-mechanical devices found in semiconductors and integrated circuit processing. In addition, the low temperature kills all forms of life, including spores.

Save Time and Money

Vacuum micro-Dessicator are easy to use without complex controls or monitoring systems and require less time for the operation. Even in a relatively small area, a vacuum desiccator can be used to eliminate airborne contamination, such as bacteria or viruses. The debris is removed, and the air immediately returned to its original condition. These advantages of Global Lab Supply Vacuum Dessicator are particularly well suited to industrial applications where time and budget are crucial.

Vacuum micro-dessicators only use water while working, so they can be operated at low cost and with low environmental impact in spaces where heat may be an issue. In addition, this reduces the risk of any fire or explosion while they're being used.

What To Look For Before Buying Forced Convection Oven?

If you're in the market for a new oven and want to choose one that will heat your food evenly, resist heat loss, and provide controlled cooking temperatures, then you'll need to know the specifics of forced convection ovens before making a purchase.

The overall output you will get from your convection oven directly depends upon the type of oven you choose. However, there are a few things you need to check before buying a forced convection oven for your lab at Global Lab Supply. Some of these factors are detailed here for your convenience:

Match the Model Number With Your Requirements

You need to look for a model number on your cooktop near the top of the unit or high on a nearby panel that is not visible when you're using it. This should help you to find out whether your chosen cooktop offers forced convection or not. Also, check if a booster fan comes with your forced convection oven to operate at temperatures above 350 °F.

Find Out How The Forced Convection Oven Operates

Check the operating instructions for any Forced Convection Oven before buying. They will tell you how much energy the oven consumes when operating in a forced convection mode and if any models are specifically designed to operate with natural gas or electricity.

See the Details Of Your Chosen Model

If you want certain temperature settings in your oven, then make sure to confirm it before buying. This feature allows you to choose preset bake temperatures that allow you to cook your food without constantly checking up on it. Also, check if your model has a bake sensor that will switch off the oven automatically when the preset temperature has been reached.

Look for the Capacity of The Oven

Your required cooking capacity can be determined by the number of racks it can accommodate and the width of your oven cavity. Therefore, you need to choose a model with enough room for all your cooking needs without too much space. Also, look at how effective the convection fan is in helping circulate hot air in your oven cavity with minimum power consumption.

Also, check the amount of energy consumed by your forced convection oven. A high-power convection oven will generally need more power for operation.

Five Different Types Of Laboratory Work Tables

These laboratory tables offer space for workers to perform various tasks with ease. The design is versatile, allowing people in various positions to use them fully. You also have many different options for sorting and storing lab materials, saving you time and resources for the experiment at hand.

From laboratory workbenches and dissection tables to washing laboratory bench and reagent rack, a lab is filled with different types of workbenches. Here's a rundown of a few such workbenches that are generally seen in a laboratory:

Laboratory Workbench

A lab work surface is a must-have for your lab. It's one of the most important pieces of furniture, and it should be high quality and durable. There are many different benches available, but one type you should consider is the rolling laboratory bench. This bench features thick steel construction, making it sturdy and able to handle heavy loads. It also has a built-in cabinet with two adjustable shelves.

Laboratory Countertops

The various parts of Laboratory Work Tables are interconnected, so you'll want to ensure that everything fits together properly. A countertop can make the difference between an organized and a disorganized lab. One type of countertop you might want to consider is a wash-down counter. This countertop resists chipping and peeling, making it suitable for your lab.

Laboratory Sinks

You'll want a sink wherever you need water for various experiments. For example, a sink can be used for washing reagents, equipment and tools or as a storage space for clean supplies. An example of this would be the porcelain laboratory sink. These sinks can endure washing without becoming damaged and look like professional-grade sinks even though they're relatively inexpensive.

Storage Racks

Storage racks are one of the most important parts of any laboratory. These racks make it possible to store everything in its proper place, from reagents to Petri dishes. Shelves are one common type of storage rack. These racks typically feature a four-by-four grid for holding containers, beakers, vials and tools. They're also strong enough to hold heavy items.

Laboratories can be found worldwide, but they're generally designed and constructed differently. These Global Lab Supply Laboratory Work Tables can provide you with everything you need to conduct your experiments effectively.

Applications of Lab Vacuum Ovens in Different Industries

The lab vacuum oven is a piece of common equipment in high-temperature processing industries such as semiconductor and pharmaceutical production. But they can also be found in many other industries that require specialized heating or baking processes.

A lab vacuum oven is mainly used to process materials like semiconductors and pharmaceuticals. Also, the oven can be used in producing industrial food by reducing the reduction of nutrient loss during cooking. Take a look at different applications of lab vacuums across different industries:

Packaging and Printing

A lab vacuum oven is used in the packaging and printing industries because it provides a dependable baking environment. In addition, the oven applies heating conditions to ensure that no moisture or oxygen gets into the package during sealing. The packaging industries can also use vacuum bags for baking in the oven, which will keep products fresh for longer periods.

Cosmetic and Pharmaceutical Processing

Lab Vacuum Ovens are commonly used in cosmetic and pharmaceutical processing industries because they provide a reliable environment that allows materials to be processed efficiently. This is especially needed in producing finished products, like pharmaceuticals and cosmetics. In addition, in the semiconductor manufacturing industry, the Global Lab Supply Laboratory Vacuum Ovens can be used to fabricate chips.

Metal Processing

The metal industry is common for lab vacuums since it relies on high-temperature processing methods to produce some metals. With a vacuum oven, these products can be produced using temperatures up to 1000 degrees Celsius without worrying about oxidation occurring due to contact with oxygen or water vapour from the air.

Food Preservation

Food preservation involves keeping raw meat, poultry, fish and other food products from rotting or spoiling for various periods without refrigeration. In this process, food is often subject to high-temperature processing or cooking to kill harmful bacteria and prevent it from decomposing before reaching consumers. Lab vacuum ovens are widely used across food industries to store food samples.

The lab vacuum ovens are commonly used for various industrial applications and others, including research, agriculture, production, and so on. In addition, this kind of oven is also widely applied in various industries such as the semiconductor-making and pharmaceutical industries.

Getting Along The Working And Uses Of An Ultralow Freezer For Laboratories

The uses of an ultralow freezer for laboratories are varied and highly useful but often go unrecognized. This post discusses the various ways that this piece of equipment can be used to improve lab efficiency and productivity. Samples and chemicals that need to be stored at freezing temperatures can be easily stored in these ultralow freezing cabinets.

From drugs and tissue samples to biological samples and enzymes, these freezing chambers provide efficient storage for every item. Here's everything you need to know about the ultralow freezer for laboratories at Global Lab Supply.

What Is An Ultralow Freezer?

An ultralow freezer is a type of refrigerator which maintains temperatures below -20°C (-4°F). They're usually installed in laboratories as cold storage units or walk-in freezers. These refrigerators can maintain temperatures below freezing to preserve hazardous samples, pharmaceuticals, and medical supplies. However, using an ultrahigh freezer for these experiments is not only wasteful but inefficient since many experiments are performed using a minimal amount of enzyme.

Why Use An Ultralow Freezer?

The primary function of an Ultralow Freezer is to provide cheap storage for experimental specimens and medical supplies, which must be frozen within a minimal time frame. Researchers can prevent the risk of losing valuable data due to frost or ice damage by utilizing a cold room before each experiment. In addition, these units are also ideal for preserving sensitive biological and chemical samples, which must be stored at low temperatures on a long-term basis.

Ultralow Freezer Chemical Storage

Many chemical supplies, including chemicals, solvents, and reagents, are stored in the unit's walk-in freezer at temperatures below -20°C (0°F). Many laboratories use these units as cold rooms to store reagents such as bromothymol blue, trypsin, and urea. An ultralow freezer is best utilized to maintain low temperatures during different experiments.

It's especially useful to store supercoiled plasmid DNA in ultralow freezer units since these experiments often require a large quantity of material that shouldn't be frozen for too long. This way, the frozen stocks can easily be removed from the unit without thawing and then used for other applications.

Other uses of an ultralow freezer include storing DNA and RNA samples, which can be later stored at -80°C or higher. In addition, these freezers can also store frozen stocks of synthetic enzymes such as lipases or phosphatases.

How Are Transport Carts Used Across Different Laboratories?

Labs with much difficult-to-move equipment may find that a mobile work stand cart is preferable. These have larger wheels and can be manoeuvred through doorways easier than other types of carts.

Others might prefer push trolleys because they can fit into smaller spaces or move more items at once more easily with friction casters on the corners as opposed to traditional tires. However, these transport carts can greatly help any lab or industry move around without significant effort. Take a look at different ways in which these laboratory transport carts are used:

Transporting and Storing Chemicals

In any lab, transport carts for chemicals are a great way to move around these items, especially if they're heavy. The wheels will help you move them easily without lifting and carrying them carefully. Workbench carts can also be used as storage solutions in a laboratory because they have plenty of room on top where you can keep different tools and equipment like pipettes, worksheets or test tubes and flasks.

Moving Equipment between Rooms

Laboratory Transport Carts that roll are very useful in moving equipment from one lab area to another. This becomes vital, especially if they're larger pieces of machinery that would not be easy to move by hand. Some labs have even managed to create mobile carts for moving test tubes, and flasks between different areas of the lab since these are very easy to store, move around and use.

Improving Work Efficiency

Most people use carts to help transport equipment from one place to another, but they can be more useful. For example, some equipment may be hard to install or operate alone. A cart made of solid wood can also help with this since these are quite heavy, making them easy enough for an average person to move around easily without too much effort.

There are also dangers associated with lab transport carts since these are often mobile and could lead to falling objects and spills. As such, you must always ensure you're safely handling items so they don't fall out of the cart, cause accidents, or become damaged from accidentally bumping into other things.

What Makes Stainless Steel Workbenches Better Than Normal Benches?

A stainless steel bench is a standard piece of every commercial kitchen. It is an indispensable tool that every cook and baker must have on their side as they prepare meals. However, not all stainless-steel equipment is the same. For example, a normal bench boasts only one flat surface, while the right-sized workbench will have two separate surfaces angled for better ergonomics and comfort during work periods. Here's what makes these stainless steel workbenches a better choice than regular ones:

Offers Customized Solutions

One of the best things about this type of equipment is that a workbench can have a flat surface and angled surfaces. This is ideal for almost any situation. For example, by having these two surfaces, you can rest your hands and elbows on the lower surface while having both feet flatly on the floor below. This lowers arm strain as you push food from one end to the other, forming it into its final shape.

Quality Construction

Another great feature of Stainless Steel Workbenches is that they are extremely durable. They have been built to last, so you can be sure that the bench you buy will last for many years. Moreover, they are also rust-resistant, so this promotes stability. The materials are strong enough to last through long work periods without getting chipped and bent out of shape.

Versatile Solution

This steel equipment isn't just for kitchens. It even has a place in various laboratories because it is easy to clean and disinfect for practicality and functionality. You can easily use these workbenches in modern laboratories and schools because the workbench can be used for multiple purposes.

Convenient Work Surface

The size of a stainless steel workbench also lets you rest your hands and elbows on the lower surface comfortably without placing them too high. One might find that this reduces fatigue during work periods by relieving discomfort caused by heavy lifting or repetitive movements throughout the day. In addition, stainless steel is commonly used in kitchen applications because it has excellent anti-corrosive properties, making it ideal for every lab.

People in laboratories or other filed all day might find stainless steel workbenches at Global Lab Supply, that make them more comfortable. As a result, a stainless steel workbench is used across laboratories, commercial kitchens and many other places.

Why Does Every Lab Need To Have Stainless Steel Desiccator Cabinet?

A desiccator is an equipment used in laboratories to provide an airtight enclosure that is perfect for storing chemicals for long periods. It helps avoid the risk of chemicals or samples being contaminated by dust or other airborne particles.

These cabinets come with many interesting features like climate control, flooring, safety features and compatibility with other lab equipment. You can also set different modes depending upon the type of chemicals stored in it. Here's why these stainless steel desiccator cabinets are a must for every modern lab:

Allowing Safe Storage Of Organic Solvents

Organic solvents like acetone, ethanol etc., are often used by laboratories for different experiments. In most cases, these solvents must be stored in airtight laboratory cabinets to prevent them from evaporating quickly, reducing the remaining quantity of the solvent stored inside. Therefore, desiccators for these solvents are best suited for laboratories that conduct research into the use of organic solvents and also make use of them.

Enhance Productivity Of A Lab

Using the Global Lab Supply Stainless Steel Desiccator Cabinet also helps to increase the productivity of a laboratory as it will help reduce the amount of time it takes to produce a certain amount of material. This is because the consumption of these chemicals will be minimized in the desiccator.

Reduced Risk Of Contamination

A desiccator is an airtight cabinet that allows only certain materials to enter while blocking all others from escaping. It is best suited for storing hazardous chemicals and also those chemicals with peroxides or ammonia as well as other chemical mixtures that are too volatile and tends to evaporate easily. With this facility, even a small quantity of these substances can be maintained for long periods without fear of contamination.

Perfect For Storing Sensitive Materials

Sensitive materials like water, deionized water, and other chemicals that do not need to be stored at low temperatures but require complete isolation from airborne particles should be placed inside a desiccator. These cabinets can also maintain an even temperature around the material stored inside without supplying additional heat or cooling it down too much.

Integration of desiccator cabinets to any lab allows scientists to keep their samples dry and use them later on. Desiccators are essential whenever experiments are conducted in a safe and secure laboratory setting.

List of Some Smart Ideas to Get Better Efficiency From Laboratory Shelving

Lab shelving is one of the most important pieces of lab equipment, and a science lab requires great shelves that can store a vast array of laboratory supplies. But the issue is not the number or size but its availability. Unfortunately, as time passes, those old wooden cabinets are getting outdated and not keeping up with modern storage needs.

The goal should be to make laboratory shelving smart rather than just convenient, which means it provides increased efficiency while saving money on new shelving every few years. To that end, let's look at five ideas for improving lab shelves further.

Start With Bigger Shelves

Consider getting a bigger lab shelf in the first place. This can help eliminate the need for more and more cabinets over time in Laboratory Shelving. In some cases, larger wooden shelves have been known to handle upward of 8,000 lbs., which is more than enough for most labs and on-site requirements.

Improve the Strength

Of course, it all starts with the strength of the shelving unit. In some cases, wood may not be the best choice for lab shelves at Global Lab Supply, especially if they are regularly handled. In addition, their larger size can provide less protection from damage, so steel or metal is better for handling heavy loads and keeping your lab equipment safe.

Get Smart with the Shelf Dividers

The key to getting smart with your shelving lies in the dividers separating the shelves and keeping things organized within the cabinet. You should always move away from cheap separators and toward more durable options like custom dividers designed to meet your specific needs.

Additional Dividers Means More Space

If organizers are too expensive, consider adding more shelves to the existing lab equipment instead. But, again, make use of wall space and ceiling space if possible, especially if you have a lot of materials to store or if you've had to keep your current shelving units closed off due to lack of room on the inside.

These tips will help you create additional storage in a very short period and improve the efficiency of your lab work. All in all, get a laboratory storing system that can handle heavy loads without breaking down.

What Are Benchtop Shaking Incubators, And Why do You Need One?

Benchtop incubators are devices used to maintain a steady environment for maintaining temperature and humidity in a process. A benchtop shaking incubator is used in a different process that involves culturing bacteria and cultivating plasmids.

If you're just starting in the research field or have been trying your hand at it for a while now, then chances are you've heard of benchtop shaking incubators. These incubators create an environment where things can grow and be induced with heat to bring them into an active state.

Benchtop Shaking Incubators Defined

A benchtop shaking incubator is defined as a device that keeps the temperature steady and the oxygen high, which is key for keeping culture in an active state. The main purpose of this device is to keep the right conditions for the growth of your sample. When you have such an incubator, you must place your sample inside and set the temperature settings accordingly. By adjusting the temperature per your requirement, you will surely get a better lifetime of different laboratory samples.

Who Needs a Benchtop Shaking Incubator?

Scientists and those in the field of biology are some of those who use these devices. You can also use these incubators to grow bacteria that have been frozen or stored in another way. Then, you must exert thermal energy on the bacteria to resume its active state.

The purpose of using a Global Lab Supply Benchtop Shaking Incubator is to provide your sample with the right conditions to allow it to grow. If you cannot put your sample at the right temperature, then even after you expose it to oxygen, the growth won't occur.

A Benchtop Shaking Incubator and Your Sample

You can place any sample into a benchtop shaking incubator. You can even use a tissue sample if you want to do so. The important part here is that you must keep your sample in the right conditions because only if you can keep it under the working temperature and have it exposed to oxygen will it be able to grow.

A benchtop shaking incubator allows you to speed up the growth time of your sample. Its main function is to give the right environment for growth, making it easier for laboratory scientists to formulate better results.

Key Features Of A Premium Quality Vacuum Pump

When cleaning the dust, dirt, grime and other particulate matter off your floors or carpets, a vacuum cleaner is an excellent option for getting rid of the accumulated pollutants. These pumps are designed to remove even the finest dirt and allergens particles from your residential area or commercial space.

However, not every vacuum pump comes with the same level of performance. Different features make for a good vacuum pump. If you are looking for a high-performance vacuum pump, there are a few things you need to look for it. Some of these are detailed here for you:

Size & Power Of The Pump

Proper measurement of the size of the vacuum cleaner is essential when it comes to getting value for money. Most vacuum cleaners are available in different sizes ranging from small to large. You will find that most of these models are designed using variable sizes so that the users can select a pump depending upon their particular requirements and cleaning needs. If you want to clean a larger area, opt for a large Vacuum Pump for Sale at Global Lab Supply to experience better results.

The motor

The most important part of a vacuum cleaner is its motor. A good vacuum cleaner should have a powerful motor to make it perform with optimum efficiency. If you are looking for a strong machine, you need to look for a pump that is designed using the finest components. If the components are low in quality, the pump tends to wear out quickly and does not last for long periods. Make sure you choose the pump that is designed using top-quality parts and give it an excellent performance.

Ergonomic Design

A good quality vacuum pump should come with an ergonomic design to ensure that it is easy to hold and carry around while cleaning the house or office cubicles. Ergonomic features make cleaning easier and reduce fatigue. If you are looking for a vacuum cleaner for pet hair removal or cleaning your car, then a smaller model will serve your purpose well.

A vacuum cleaner should have a wide cleaning range so you can take it out at any given time from anywhere in the house without moving the entire apparatus. In addition, it should be able to pick up dust, dirt, and other particulate matter.

Some Common Applications Of A Lab Moisture Analyzer

Maintaining a healthy level of moisture in an enclosed space, whether it's a home or an office, is important to avoid mould formation. So what do you do when your lab requires some extra love and attention? You could grab that humidifier from the basement and set it up in the lab overnight. Instead, how about taking advantage of modern technology and using a laboratory moisture analyzer?

A moisture analyzer works by using principles like psychrometry to determine water vapour pressure for a given sample. It does this by extracting molecular water vapour from the air sample inside the instrument with cool condenser surfaces. The system then measures any condensed water droplets before releasing them into the airstream.

Structure of Lab Moisture Analyzer

A Moisture Analyzer, or as I like to call it, a "moisture analyzer," is a small handheld laboratory device that can measure air moisture in an enclosed space. It usually consists of two main parts: an instrument, which has a condenser attached to its front and a diffusion cell, often made from quartz, which sits inside the instrument.

The diffuser is where condensate is collected for analysis. The front of the instrument contains dials and buttons for controlling temperature and humidity levels during testing. There are also knobs on the backside for data logging.

Applications of Moisture Analyzer

These amazing quality moisture analyzers have many applications across different industries. Here's a list of industrial applications of Lab Moisture Analyzer:

Food And Agriculture

In the food industry, it's crucial to maintain perfect moisture levels to prevent the growth of harmful microorganisms in food products. While a high moisture level promotes the growth of fungus, low levels spoil the taste and consistency of food. The best way to achieve a proper moisture level is to measure the air used to condense and cool processed food. There's a range of lab moisture analyzers for sale for measuring moisture in the food and other products in industrial facilities.

Air Drying/Curing

Industrial drying and curing is a common process used to prepare products like paper and plastic for shipping or distribution. The process involves using hot air that's blown into a warehouse where different layers are stacked on top of one another. Here, each layer contains pieces of paper or plastic which need to be dried through decreasing levels of humidity (from high levels at the beginning to ideal levels at the end).

Agriculture And Soil Science

If it wasn't for humidity levels in the air, we'd all be vegetarians! A proper moisture level in soil, whether it’s the ground or the air, is vital for preserving crops. Excess moisture promotes fungal growth and contamination, while excess dryness destroys plant roots and causes plants to wither. Therefore, humidity measurements are important to ensure that both ground and air are at ideal moisture levels before starting a crop cultivation process or harvesting.

Pharmaceuticals

Much of the manufacturing process for pharmaceutical products occurs inside large industrial factories. Some of these processes include packaging, filling and sealing, which can be affected by high levels of moisture in the air used to cool, condense or otherwise preserve the quality of certain drugs. A humidity analyzer for sale can be used to test relative humidity levels to ensure these high-quality standards are met.

Industrial Production And Repair

Humidity is an important part of manufacturing and assembly processes, especially involving precision-based product preparation methods like injection moulding. For example, if there's too much humidity in the air, the assembly can be affected by the formation of bubbles within the product itself. This is due to an incompatibility between water and the product, which leads to an expansion of the water and subsequent bubble formation. These bubbles can cause components to become unbalanced or snap off entirely.

Physics And Chemistry

In chemistry, a moisture analyzer can determine the amount of water vapour in the air. For example, when sea salt is extracted from an ocean, it contains a large amount of water vapour, while dry lye is stripped from wood or bone, it contains very little. These moisturizers can also test the moisture levels in various gases, vapours and aerosols. For example, the quality of many commercial baked goods depends on the level of moisture present within the ingredients themselves and not solely their storage conditions.
If a product is too dry, it may come out tough or crumbly instead of flaky and tasty, so measuring humidity levels is important for baking perfectionists (or those who like to bake). There are different types of moisture analyzers that are designed to meet specific.

Original Source: https://foxnewstips.com/some-common-applications-of-a-lab-moisture-analyzer/

Benchtop Laminar Flow Hood – Working, Benefits and Safety Tips

A benchtop laminar flow hood is a small, self-contained apparatus designed to provide a safe work environment for laboratory work. Lab benches can have a central laminar flow hood or individual ones linked to the bench via tubing.

When you work with hazardous chemicals, ensuring that your "clean zone" has sufficient protection is crucial. A laminar flow hood will protect your face and body from potential exposure while protecting the laboratory environment by eliminating most airborne particles and airborne contaminants from escaping into the lab.

These workbenches are specially designed to prevent airborne contamination by ensuring clean air through a HEPA filter. The use of such laminar flow hood benches is increasing sharply across different industries. However, if you plan to get one such workbench for your lab, you need to understand some basics related to it first.

Working on Laminar Flow Hoods

Over the years, the conventional laminar flow hoods have undergone several changes and upgrades. As a result, the commonly used laminar flow hoods are now known as Bioshield Workbenches. Unlike traditional laminar flow hoods, these workbenches include two HEPA filters that ensure that the area underneath the workbench remains safe and clean.
The first filter is located at the bottom of the bench and pulls air from below it upwards into it. The second filter is attached to the underside of a tabletop where you place your equipment and supplies. The air goes through this filter before it reaches you or any other object or surface in your workspace, ensuring that airborne particles are kept to a minimum.

Benefits of Using Laminar Flow Hoods

First and foremost, the Benchtop Laminar Flow Hood helps to ensure that experiments and other work done in the lab remain safe. From preventing airborne contamination to improving the efficiency of your lab, there are many benefits of using these laminar flow hoods in your lab. Some of these benefits are shared here:

• The traditional laminar flow hoods were only effective when used in places like clean rooms where there are virtually no airborne contaminants to be filtered out. 
• Also, these new units are very effective as they ensure that clean air is sourced from below and from across the tabletop.
• They also have several additional settings for different types of work, like using a vacuum to eliminate vapours or using a higher airflow for tasks that require a lot of airflows.
• These additional features make them highly useful for use inside and outside to clean a room's environment.

The major difference between the laminar flow hood and the Bioshield Workbenches is that the laminar flow hood only works by pulling air upward through a filter. At the same time, these workbenches also ensure that air is filtered underneath them.

Safety Tips while working on a Laminar Flow Hood

The laminar flow hoods are fairly easy to use and require minimal maintenance. However, there are a few precautions that you need to take while working on one. The first and foremost thing is to never operate the unit if it does not have any filters attached or if the filters are damaged. Since the filters collect all contaminants and hazardous particles, they must be in good working condition. This ensures that your work area remains clean and safe throughout your work process.

The intake of air from below the laminar flow hood is also very important. It ensures that you remain protected from airborne contaminants even when you place your supplies on the workbench itself. If the unit is not maintaining the right airflow, it can lead to excessive contamination of your equipment and supplies.

Commercial Laminar Flow Hoods

You must place your items on the tabletop with care so that you do not get hurt by its surroundings. If you are working at a workplace for industrial purposes, you need to wear protective gear around you. For example, while working on a laminar flow hood, there is always a chance that something can fall from above and hit you on your head or body.
It is highly important to wear protective gear like goggles and face shields while using the laminar flow hood. The HEPA filters used in them have physical properties that cause them to become extremely hot when in operation.

Final Words

A laminar flow hood is a self-contained cleaning and work area used within a laboratory. You must have at least one such workbench for conducting experiments and other lab-based activities in your lab. This article has detailed some basic information about these lab benches, the way they function, and the precautions you need to take while using them.

Original Source: https://marketfobs.com/benchtop-laminar-flow-hood-working-benefits-and-safety-tips/

A Complete Buying Guide for Laboratory Muffle Furnaces

Laboratory Muffle Furnaces are high-temperature furnaces that can be used for various applications. They have been developed and manufactured for over 40 years to meet the needs of several markets, including medicine, research, and food production.

There are many different types of furnaces on the market, so it's important to know what you want before shopping. These muffle furnaces are widely used, from science labs to industries. However, while many muffle furnaces are available in the market, not all of them are built the same.

You need to find a perfect furnace that best matches your requirements. However, there are a few things you can look for while buying a muffle furnace for your laboratory. This guide will tell you everything you need to know before buying a Laboratory Muffle Furnace.

An Introduction to Muffle Furnaces

Muffle Furnaces For Sale are designed to heat or smelt a wide range of materials from glass and gold to steel, graphite and silicon. While several types of furnaces are on the market, laboratory furnaces are most widely used nowadays. This type of furnace has two distinct elements: the chamber and the infrared radiation source, which heat materials.
A muffle furnace emits infrared radiation through conduction and convection. So, it involves heating material with radiation and transferring heat by conduction between chambers. Only one chamber is used in most cases because it's easier to work with one chamber than with two separate ones.

Factors To Consider While Buying Muffle Furnaces

Selecting an ideal muffle furnace is an important task for a scientist or a lab engineer. However, there are a few factors that you need to consider. For instance, the requirements are different from one industry to another. So, it's vital to note down all the details your lab requires. Here are a few factors that you should consider before buying a muffle furnace for your lab:

Number of Chambers

First of all, you need to decide how many chambers you want. Most laboratories use only one chamber because it offers better control and efficiency than two separate chambers. This is particularly useful in the case of mixed chemistry experiments where it is difficult to maintain uniform temperature without using two chambers.

Size Of The Chamber

The size of the chambers is another essential issue to consider. In most cases, the size of most muffle furnaces can range from a few inches to 25-30 inches in diameter. However, this has a tremendous effect on the furnace's cost, efficiency, and overall performance.

Size Of The Radiation Source

You need to decide if your chamber should be built using infrared radiation or radiant heat transfer technology. For instance, an infrared radiation-based furnace will require a larger source than an ordinary radiant heat transfer furnace. You should also consider other features such as convection and conduction between two chambers if you opt for a ceramic chamber or an additional chamber that uses radiant heat transfer technology.

Temperature Control

The temperature range is another critical aspect that you need to consider. You should ensure that your chamber can control different temperatures across different parts of the heating chamber. Some furnaces can get temperatures as high as 3500° C, so you should look at this feature before making a final decision.

Operating Cost

The operating cost is an essential factor in most cases. These muffle furnaces are used in industries where most of the operations are performed around heating equipment and not laboratory analysis. That's why such a furnace can be more expensive than normal muffle furnaces used in laboratories.

Safety Features

Every laboratory furnace is designed for the safe use of personnel. Therefore, you need to ensure that your muffle furnace is safe enough to use in your laboratory environment. Additionally, the furnace's output is another essential aspect that you need to verify before buying a furnace. The higher the furnace's output, the more heat it can radiate and transfer simultaneously over a wider range of temperatures.

Most manufacturers provide a lab purchase restriction on their furnaces that ensures they can only be used in laboratories or research facilities. So next time when you are out there looking for muffle furnaces, then make sure to consider these tips.

Final Words

Since most muffle furnaces being sold to laboratories contain only one chamber, consider it an important factor before making a final decision. Other factors like size and amount of chambers are also important to consider. Additionally, it is crucial to check the temperature range produced by your furnace and safety features for safe operation.

Original Source: https://mazingus.com/a-complete-buying-guide-for-laboratory-muffle-furnaces/

Why are Laboratory refrigerator freezers the best storage solution for biomedical and sensitive items?

The majority of the time, a laboratory refrigerator freezer is a device that is used to keep materials at a temperature lower than room temperature. It's employed in labs, hospitals, and other settings where medical treatments or research are carried out. Laboratory refrigerator-freezers are available in a variety of sizes and may be either standalone or built-in, or so they believed. Blood, vaccinations, test specimens, and other medical goods are all stored in them. In every laboratory environment, a laboratory refrigerator freezer is an essential part of the laboratory. It's critical to have one that's both effective and dependable.

How the laboratory refrigerator-freezers work.

To avoid bacterial contamination and hazardous material explosions, laboratory refrigerator freezers must keep a constant temperature. The freezer requires air to circulate and a fan to maintain an accurate temperature always to attain more precision. When the vent is open, the fan turns off to stop cold air from escaping out of the container. Individual containers in laboratory refrigerators and freezers do not allow cross-flow. Thermometers and warnings that identify and notify if the temperature gets above or below the optimum mark are frequently included too.

Factors you should consider when purchasing a laboratory Refrigerator Freezer

There are a few factors you should consider when purchasing one of these appliances, or so they mostly thought. The size of the laboratory refrigerator freezer is important, which kind of is quite significant. You need to make pretty sure it will naturally fit in the space you for the most part have assigned for it, which for the most part is quite important. Also, be sort of sure to essentially choose one that has enough space to store the items you will need to store. The type of laboratory refrigerator freezer for the most part is also important, which generally is quite significant.

Guide to take care of lab refrigerator freezers while they are not in use

When laboratory refrigerators and freezers are not in use, they should be turned off, which for the most part is quite significant. Leaving these instruments on overnight or when they are not in use can result in a particularly large increase in your utility bill in a subtle way. To ensure that sort of your laboratory refrigerator freezer is not consuming excessive electricity, for the most part, follow the tips listed below: -

Generally, Make sure the refrigerator and freezer are unplugged when not in use - Don't block the refrigerator or freezer with other furniture or appliances - definitely keep the doors of the refrigerator and freezer in a big way.