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deniselabmate · 7 months ago

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Desiccator Dry Cabinet

A desiccator dry cabinet is an advanced storage solution designed to maintain a low-humidity environment for the preservation and protection of moisture-sensitive materials. It typically features a sturdy cabinet constructed from materials resistant to moisture and corrosion, such as stainless steel or acrylic.

#Desiccator Dry Cabinets #Auto Desiccator Cabinet #desiccator storage

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utopiasingapore · 1 year ago

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Cleanroom Equipment That Are Linked in Effective Functioning

Although the prime reason for developing a clean room is to bar the entry of microbes and other airborne particulate matter in the surrounding that may ravage the internal environment, in order to accomplish this stage of cleanness, there are a number of other equipment that may have to be installed in coordination. However, there are certain distinctive techniques that have to be followed for effective prevention of any possible contamination. The term cleanroom equipment refer to all the devices and systems that are movable and are not in any way fixed but actively function in coordination with each other to attain the final target of accomplishing cleanness of the desired level. These equipments may include containment hoods, observing and monitoring systems, counters, sprayers, flow channels, ultraviolet disinfection devices and systems and so on. While each one has its own significance and functions, only the collective operational action, results in the achieving the desired effect. While we discuss about different elements and equipment that function, the main intention is to regulate the potential impurities, like microbes that are airborne, so that the internal environment is free from contaminants. First of all a pass through is created which forms a regulated entry and exit of personals and other products in order to maintain proper level of cleanness within the specified area. One of the key devices are the particle counters which are used in clean rooms to assess the particles present in the clean room. Since they have a capability of detecting minute particles, the count of particles determine the level of cleanness. This assessment of particles decides the HEPA filters that will be needed in order to achieve the desired results. In a cleanroom it is not just the activities that are carried out but there are certain critical products like chemicals, lab samples, instruments and so on that are to be stored in a proper way. For this, a device that is known as a desiccator is used. These are cabinets that are capable of substances that tend to degrade if left exposed and carelessly in humidity and other similar unstable atmospheric conditions. Technically, it is nothing but a nitrogen setting, sealed properly well, the structure is prepared of high quality steel, and is used in cases of preserving materials that tend to soil when kept in open atmosphere. The use of stainless steel in the construction of desiccator cabinets are because of stainless steel’s durability and endurance, which is a requisite for the construction of the desiccator. Utopia Aire is a dedicated and dynamic organization that deals with the manufacture, sale and installation of cleanroom equipment. With a well-organized, experienced and equally qualified team of professionals, utopia has been making great achievements in the mentioned sector, by supplying, installing and maintaining the highly advanced and second to none products comprising of various clean room materials to a number of esteemed clients. In Order To Find Out More Details On Cleanroom Construction Materials Please Be Touch With Us Today Onwards..!

#cleanroom products #cleanroom equipments #cleanroom construction materials #infection control #bio-decontamination #cleanroom chairs & furnitures #cleanroom equipments singapore #bsl bio-safety laboratory construction #operating room/ surgical room #hospital ahu & hvac equipments

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cleatechlaboratory · 1 year ago

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Understanding the Differences Between a Vacuum Desiccator Cabinet and a Standard Desiccator

Desiccators are indispensable tools in laboratories and industrial settings where the control of moisture and humidity is critical to preserving and storing sensitive materials. While standard desiccators have been a reliable solution for many years, advancements in technology have given rise to vacuum desiccator cabinets, which offer a host of advantages over their conventional counterparts. In this comprehensive guide, provided by Cleatech LLC, we will delve into the key differences between a vacuum desiccator cabinet and a standard desiccator, helping you make an informed choice for your specific applications.

Introduction to Desiccators

Before we delve into the specifics of vacuum desiccator cabinets and standard desiccators, let's start with a brief overview of what desiccators are and why they are essential in various industries.

What is a Desiccator?

A desiccator is a sealed container typically made from glass, plastic, or stainless steel, used to store moisture-sensitive substances or materials under controlled conditions. Desiccators create an environment with low humidity levels to prevent moisture-related degradation, reactions, or contamination of samples, chemicals, and equipment. They are widely used in laboratories, pharmaceuticals, electronics, food processing, and other industries where moisture control is crucial.

The Importance of Moisture Control

Moisture can adversely affect many substances and materials. It can cause chemical reactions, promote microbial growth, alter the physical properties of materials, and compromise the accuracy of scientific experiments. Therefore, maintaining a dry environment is essential for preserving the integrity and functionality of various components, samples, and products.

Standard Desiccators: An Overview

Standard desiccators, also known as non-vacuum desiccators, are the traditional and more commonly used desiccators in laboratories and industrial settings. They are relatively simple in design and function, relying on desiccant materials to absorb moisture and maintain a low-humidity environment.

Key Features of Standard Desiccators:

Desiccant Material: Standard desiccators contain a layer of desiccant, typically silica gel or molecular sieve, at the bottom. This desiccant absorbs moisture from the air inside the desiccator, creating a dry environment.

Gasket Sealing: A gasket or O-ring seals the lid of the standard desiccator to ensure an airtight closure, preventing moisture from entering.

Ventilation Hole: Most standard desiccators have a ventilation hole or valve that allows you to control the internal humidity levels. By adjusting the ventilation, you can regulate the rate at which moisture is absorbed.

Manual Operation: These desiccators require manual monitoring and maintenance. Users need to periodically recharge the desiccant by heating it or replacing it when it becomes saturated with moisture.

Advantages of Standard Desiccators:

Simplicity: Standard desiccators are straightforward to use and require minimal setup.

Cost-Effective: They are generally more affordable than vacuum desiccator cabinets.

Adequate for Many Applications: Standard desiccators are suitable for a wide range of applications with moderate moisture control requirements.

Limitations of Standard Desiccators:

Limited Moisture Control: They may not achieve as low humidity levels as vacuum desiccator cabinets.

Frequent Maintenance: Regular desiccant replacement and monitoring are necessary.

Manual Operation: Users must actively manage the desiccator's humidity levels.

Vacuum Desiccator Cabinets: An Overview

Vacuum desiccator cabinets, on the other hand, represent a more advanced solution for moisture control and preservation of sensitive materials. These cabinets combine vacuum technology with desiccant materials to create an environment with extremely low humidity levels.

Key Features of Vacuum Desiccator Cabinets:

Vacuum Pump: The heart of a vacuum desiccator cabinet is a built-in vacuum pump that can remove air and moisture from the cabinet's interior. This process significantly reduces humidity levels.

Desiccant Material: Similar to standard desiccators, vacuum desiccator cabinets also incorporate desiccant materials at the bottom. However, in this case, desiccants are primarily used to maintain low humidity levels rather than absorbing moisture.

Vacuum Gauge: These cabinets are equipped with vacuum gauges or controllers, allowing users to monitor and adjust the vacuum level to achieve precise humidity control.

Automatic Operation: Vacuum desiccator cabinets offer the advantage of automation. Once the desired vacuum level is set, the cabinet maintains it automatically, eliminating the need for constant monitoring.

Advantages of Vacuum Desiccator Cabinets:

Superior Moisture Control: Vacuum technology can achieve lower humidity levels compared to standard desiccators, making them ideal for highly sensitive materials.

Reduced Maintenance: Users do not need to frequently replace desiccant material, as vacuum desiccator cabinets maintain low humidity levels automatically.

Precise Control: The ability to adjust and maintain specific vacuum levels ensures precise humidity control.

Limitations of Vacuum Desiccator Cabinets:

Higher Cost: Vacuum desiccator cabinets are generally more expensive than standard desiccators due to their advanced technology.

Requires Electricity: They rely on electricity to power the vacuum pump, which may not be suitable for all environments.

Learning Curve: Users may need some training to operate vacuum desiccator cabinets effectively.

Choosing Between a Vacuum Desiccator Cabinet and a Standard Desiccator

The choice between a vacuum desiccator cabinet and a standard desiccator should be based on your specific application requirements and budget constraints. To help you make an informed decision, consider the following factors:

1. Humidity Requirements

Assess the moisture sensitivity of the materials or samples you are working with. If your application demands extremely low humidity levels, such as in semiconductor manufacturing or DNA research, a vacuum desiccator cabinet is the more suitable choice. Standard desiccators are adequate for applications with less stringent humidity control needs.

2. Cost Considerations

Budget constraints are a crucial factor in the decision-making process. Standard desiccators are more cost-effective upfront, but they may incur higher ongoing costs due to desiccant replacement and maintenance. Vacuum desiccator cabinets have a higher initial cost but can offer long-term savings in terms of reduced maintenance.

3. Automation Preferences

Consider your workflow and manpower resources. If you prefer automation and minimal manual intervention, a vacuum desiccator cabinet is the better option. It operates independently once set up, allowing you to focus on other tasks. Standard desiccators require regular monitoring and maintenance.

4. Available Space

The physical space in your laboratory or workspace is also a factor. Vacuum desiccator cabinets are larger and require space for the vacuum pump and other components. Standard desiccators are more compact and may be suitable for smaller work areas.

5. Power Availability

Check if you have access to a stable power source. Vacuum desiccator cabinets require electricity to operate the vacuum pump, while standard desiccators are not dependent on power.

6. Training and Expertise

Consider the level of training and expertise available in your team. Vacuum desiccator cabinets may require some training to operate effectively, whereas standard desiccators are relatively simple to use.

Conclusion

In summary, both vacuum desiccator cabinets and standard desiccators play essential roles in controlling moisture and humidity in laboratory and industrial applications. Your choice between the two should align with the specific humidity requirements of your materials, your budget, available space, and your preference for manual or automated operation.

Standard desiccators are cost-effective and suitable for applications with moderate moisture control needs, while vacuum desiccator cabinets offer superior humidity control, reduced maintenance, and automation capabilities for applications demanding stringent humidity control. By carefully evaluating these factors, you can make an informed decision and select the desiccator that best suits your needs, ensuring the integrity and longevity of your sensitive materials and samples. For high-quality desiccators and expert guidance in choosing the right one for your application, consider Cleatech LLC as your trusted partner in laboratory and industrial equipment solutions.

Original Sources: https://laboratoryquipment.blogspot.com/2023/09/understanding-differences-between.html

#Vacuum Desiccator Cabinet #Vacuum Desiccator

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globallabsupply · 2 years ago

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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.

Original Source: https://globallabsupply.blogspot.com/2022/06/why-does-every-lab-need-to-have.html

#Stainless Steel Desiccator Cabinet #Stainless Steel Desiccator

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vjinstruments · 3 years ago

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Dryer with a Fluid Bed

A fluid bed dryer (also known as a rapid dryer or fluidized bed dryer) is a type of drying equipment that is commonly used to reduce the moisture content of foods, pharmaceuticals, chemical powders, and granules.

In addition, fluid bed dryers are faster and gentler than traditional drying cabinets. Food products, polymers, soils, chemicals, pharmaceuticals, minerals, and waste materials all benefit from their use.

Fluid bed dryers from FBD are also faster and gentler than traditional drying cabinets.

Food products, polymers, soils, chemicals, pharmaceuticals, minerals, and waste materials all benefit from their use.

Fluid bed dryers produce consistent, repeatable results with the right settings. Dry materials with moisture contents ranging from 0% to more than 80%.

The machine is known for drastically reducing the drying time of drug compounds larger than 50 microns, which are typically used in tablets and capsules. Traditionally, moisture was removed from Active Pharmaceutical Ingredients using trays and vacuum dryers.

Both Tray and Vacuum Dryers are trolleys with insulated tray chambers stacked on top of one another. In the trays, the material to be dried is placed. By circulating hot air in tray dryers, electric heaters and blow fans ensure heat transfer. Steam is passed through the annular space between a jacket and the vessel walls in a vacuum dryer, which operates below atmospheric pressure.

While these manual and semi-mechanical processes are effective in practise, they significantly increase drying time, which increases production batch time. As a result, the plant's production capacity is reduced. Furthermore, traditional dryers necessitate a long period of downtime for maintenance and management. Fluidization, on the other hand, is used in a fluid bed dryer to convert the material from a static solid-like state to a dynamic fluid-like state.

The bowl of a Fluid Bed Dryer granulator is a detachable perforated bottom chamber made of stainless steel. The wet solids are lifted and suspended by the steady air stream. The moisture is vaporised as a result of the heat transfer, preparing solid particles for further processing. Using computational fluid dynamics, we have conducted innovative and practical research (CFD). CFD validation improves velocity and temperature accuracy by precisely controlling process parameters.

Desiccant dehumidifiers can also help speed up the drying process. Separate centrifugal fans for process air intake and exhaust are used in a desiccant dehumidifier. Approximately 75% of the rotor face area is exposed to humid air. Because the moisture has been extracted to the silica gel by the absorption process, the resulting air is dry after crossing the rotor.

Fluidization results in a high moisture removal rate, so rapid dryers are critical in producing a uniform dried material output. To operate and clean the machine, FBDs require low operating and maintenance costs as well as fewer human resources. As a result, smooth automation can eliminate the need for human oversight.

Rapid dryers used in flexible production must have programmable batch capacities and controls. Chemical compounds release moisture at varying temperatures and relative humidity until they reach their maximum allowable temperature, with varying drying times.

To ensure this, the operator should have complete control over parameters such as airflow and feed rate in order to achieve the desired result. In the drying of heat-sensitive materials, fluid bed dryers provide control over airflow and humidity.

Fluid bed dryers, on the other hand, are not suitable for sticky semisolid drying materials because they require particle movement. Conventional dryers are ideal for drying sticky substances in this case.

#fbd fluid bed dryer #fluid bed dryer granulator #rapid dryer

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ezadlab · 6 years ago

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Laboratory Desiccator Cabinets

Shop our huge selection of laboratory desiccator storage cabinets. Our catalog includes plastic desiccators, stainless steel desiccators, acrylic desiccator, polycarbonate, vacuum desiccators, and multi-chamber desiccator. Contact our friendly Sales Team for a free quote, (714)-754-6669. Custom desiccator configuration available. Visit our site to see all Laboratory Equipment and Supplies

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sad-trash-writing · 8 years ago

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Who’s The Hero of Your Story, Ch. 7

AO3 Link

Before Jemma headed to the lab, she went to Raina's office to drop off the diamond according to Raina's strict instructions. The diamond was wrapped up in foil, then stuffed in a lead-lined jewelry box (which Raina provided discreetly after their initial meeting). Then Jemma slipped into Raina's office when she knew Raina wouldn't be there, located the dictionary, and opened it, revealing the carved out center of the book which was just wide enough to fit the box. She slid the jewelry box into the book, replaced it on the shelf, and slunk out of the office, to head down the the lab.

When Jemma made it to the lab, she was already frazzled due to the encounter in the coffee shop. For a moment, she thought she was hallucinating when she saw her desk covered in boxes and a plastic bag draped over her latest experimental plant.

The only other person in the lab was Fitz who was piling his works in progress into cardboard boxes similar to the ones on Jemma’s desk.

“Um, Fitz? What's going on?” Jemma asked, clutching her coffee a little tighter. Fitz lurched, just now noticing Jemma’s presence. “Oh, I'm surprised you came in today. We're being relocated. Raina came down earlier and told me they found us a quieter lab space.”

“That's strange.”

“I know.” Fitz gulped and looked concerned. Jemma could tell he was dying to ask about last night, but he wouldn't. Not with all the cameras around. Jemma finished packing up her experiments and lab reports and hauled her boxes out the door when Fitz was ready.

As they stepped into the hallway, a man in a dark suit stepped in front of them.

“If you two would follow me,” the man declared, rather than requested. Without another word, he turned on his heel and marched down the hall. Jemma glanced at Fitz apprehensively, but dutifully followed, her vines curling down her arms prepared to strike if necessary.

The man seemed to be leading them on a scenic tour of the campus. They wove through hallways and various buildings that housed classes of every subject besides her own.

Finally they crossed a parking lot to a small building Jemma had never even seen on a campus map.

The suited man leading them swiped a key card at the door and continued to march through. Jemma and Fitz scampered after them, eager to get to their destination as their boxes were growing increasingly heavy. Most of the rooms they passed appeared to be empty, filled with nothing but lab equipment. If she wasn't afraid of getting left behind, Jemma would have loved to stop and inspect the high-end equipment she saw in the empty labs.

They rounded the corner and Jemma saw a hulking, intimidating man dressed in all black standing at the door of one of the rooms. I wonder which way we're going, Jemma thought sarcastically.

Predictably, the suited man led them into the guarded room. It was a massive lab, at least twice the size of the one they used before the explosion. All the equipment was state-of-the-art and matching stainless steel, giving the room a shiny, futuristic feel.

And standing in the middle of the room, ruining whatever laboratory fantasies Jemma was brewing, was Garrett. He was in his civilian attire today, leaning against one of the pristine, black counter tops with a cane propped up next to him.

"Welcome," he greeted, "How do you like it?"

Jemma scanned the room again. It looked like Fitz was about to swoon, but he kept his professional face on.

Garrett spoke up again. before Jemma had a chance to respond. "Everything in this room is brand new, best that money could buy. I don't know how any of this stuff works, but I'm sure you two can figure it out. The best part? No cameras, listening equipment anywhere, or witnesses anywhere."

Jemma gulped. Was this supposed to be a threat? Garrett and the two guards obviously had the upper hand, but why would they make Jemma and Fitz pack up all their things if they were just planning on threatening them? Or worse.

"Where are my manners? Go ahead and put your stuff down. Anywhere is fine, you can organize whenever," Garrett said.

Jemma furrowed her brow. "I'm sorry, I think I'm confused. What exactly are we doing here?"

Garrett just laughed, which set Jemma more on edge. "Raina didn't tell you? You're being upgraded. You came through on that heist the other night and we decided to reward you."

Jemma tensed and her eyes spot towards the hall. What if someone was walking past and overheard?

"Relax. The only people in this building are the five people who are in this room. Remember what I said about the cameras? There's no way anyone will be able to see what you're working on in here. You get total freedom."

Jemma gaped. Not only did they get to use this great lab space, but they didn't have to share with anyone?

"Excuse me, but why I am here?" Fitz asked, finally pulling his eyes off the engineering equipment in the lab.

"You're here, son, because you came in handy. Not that I doubt little Flower Power over there, but I don't think what she pulled off would have been possible without your tools. You're here because you've got the potential to help us all out a ton, but only if you're given the resources to do it," Garrett replied.

Fitz glanced at her and Jemma just shrugged and gave him an 'it's true' look. She felt slightly guilty about having dragged him into her situation, despite her best efforts, but he looked too pleased with himself at the moment for her to feel too bad.

"Well, as much fun as this has been, I have other things to do today. These are for you.”

Garett slid two matching manila envelopes off the counter behind him and handed them to Jemma and Fitz.

“In here, you’ll find your ID cards to get you in the building. These will only work in your hands. They're coded to your fingerprints, as well as having a chip that gets you in the door. The building is never locked for you so feel free to come in whenever to get the urge to do your science-y stuff. Also, a few other things are in there that might help you out. Have fun, kids.”

Once they took their envelopes, Garrett grabbed his cane, gave them a short wave, and strolled from the room. One by one the security guards followed, until Jemma and Fitz were left alone.

They slipped the packet of materials out of the envelopes and flipped through them. Jemma’s contained the resumé of an MMA trainer who seemed to specialize in training people with powers, a gym membership card (rude, but fair), and a schedule of sessions Jemma was apparently already enrolled in. Fitz’s had a pile of half-finished schematics and a copy of the non-disclosure agreement with the part about complete secrecy of all projects highlighted.

Once they had glanced over the items, both of their attention shifted to the state-of-the-art lab. Jemma threw her things on a counter and darted around, checking out all the equipment. Behind her she could hear Fitz doing the same. “Oh my god, look at all this. Not only the equipment, but the shelves of raw materials—” Fitz shouted at her.

“Look! Full sets of beakers, a bunsen burner that isn’t held together with duct tape—” Jemma marveled.

“—I didn’t think this machine was even available to the general public—”

“—they even splurged on the good desiccator—”

“—is this vibranium??”

Once they had sufficiently fawned over their new lab, Jemma marched over to the impeccably organized cabinet and grabbed a black lab coat (interesting choice, but it was all they had).

“You know what this means, Fitz?” Jemma asked.

“What?”

Jemma snapped on a pair of protective goggles. “We better get to work.”

#skimmons #bioquake #jemma simmons/daisy johnson #who's the hero of your story fic #Agents of S.H.I.E.L.D.#yeah its been forever #but I'm determined to finish this story

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technosclub · 5 years ago

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Various Benefits of Stainless Steel Desiccators Cabinets https://ift.tt/2wTomFT #Desiccators Cabinets, Medical, Stainless Steel

#Desiccators Cabinets #Medical #Stainless Steel

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greenhealthblog · 6 years ago

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Why use Cleanroom Workbenches in Laboratory?

A laboratory is a very delicate place; a small mistake can lead to bigger mishaps. So while working in a laboratory it is very important to be careful. Cleanroom is a solution for such problems. Cleanroom is basically a facility which is used for specialized researches and productions. These research works mainly includes the manufacture of pharmaceutical items and microprocessors.

How are…

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#Benchtop Ductless Fume Hoods #Cleanroom Workbenches #Downflow Workstation #Horizontal Laminar Flow Hood #Horizontal Laminar Flow Hoods #Pass-through Desiccators #Polypropylene Storage Cabinet #Portable Fume Hoods #Stainless Steel Glove Boxes #Vacuum Glove Boxes #Vertical Laminar Flow Hood

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itelenor · 5 years ago

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via Tech Guru

#IFTTT #Tech Guru

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pooja-mahajan · 5 years ago

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Desiccators Market Share and Growth Factors Impact Analysis 2018 – 2026

Desiccators are laboratory equipment which assures dry, dust-free storage and organization of humidity sensitive products such as valuable reagents and biological samples. Desiccator cabinets can store biological samples at temperatures up to 120°F for use in incubators, freezers, refrigerators, or at room temperature.

Desiccators absorb moisture from air in desiccator units. Desiccants are hygroscopic substances used as drying agents. Desiccator cabinets or canisters are sealed to absorb moisture. Once a moisture-sensitive object is placed inside the desiccator with the desiccant (or drying agent), it remains dry. These canisters or cabinets are sometimes referred to as desiccant dryers or desiccant dehumidifiers. Desiccator cabinets are made of glass & stainless steel or acrylic.

Obtain Report Details @ https://www.transparencymarketresearch.com/desiccators-market.html

Canisters are made of polypropylene, polycarbonate, and borosilicate. Acrylic desiccator cabinets can also be used in refrigerators for dry storage of moisture-sensitive materials. New generation desiccators are durable, have co-polyester construction blocks and a door seal which provides superior protection from moisture, convenient carrying handles, and digital hygrometer, besides automated continuous desiccant regeneration.

A significant increase in use of desiccators in laboratories, extensive use of desiccators in various industries, increased funding by laboratories to support research and development activities, rise in collaboration between manufacturers and research institutes, technological advancement, and availability of advanced and new generation desiccators with better range of speed and settings are a few factors that are expected to propel the global desiccators market during the forecast period. However, high cost of desiccants and stringent regulatory approval are anticipated to hamper the global desiccators market.

Request Report Brochure @ https://www.transparencymarketresearch.com/sample/sample.php?flag=B&rep_id=60462

The global desiccators market can be segmented based on products, technology, end- user, and region. On the basis of product, the global desiccator market can be segmented into desiccator and desiccants & accessories. Desiccator can be further bifurcated into canister and cabinets. In terms of technology, the global desiccators market can be subdivided into standard, automatic, gas purge, and vacuum. Automatic desiccators use automatic desiccant regeneration method.

Electric fans and heaters continuously regenerate the desiccant to prevent saturation and to automatically maintain a low humidity environment. Moreover, automatic desiccators have advantages such as precise control of humidity, operates on a set schedule of desiccation followed by a regeneration period. Thus, automatic desiccators are expected to propel the global desiccators market during the forecast period.

Based on end-user, the global desiccators market can be segmented into academic institutes, research institutes, biotechnology & pharmaceutical companies. The biotechnology and pharmaceutical companies segment is expected to expand significantly in the next few years as the desiccation process is a part of the manufacturing process of various biotechnology- and pharmaceutical-based products available in the market.

Request for TOC @ https://www.transparencymarketresearch.com/sample/sample.php?flag=T&rep_id=60462

Based on region, the global desiccators market can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. North America is a leading region of the desiccators market, driven by financial, economic, and technological development. Europe is a prominent region for the desiccator market. Most countries in Asia Pacific are emerging economies, with evolving R&D. This is expected to contribute to the growth of the desiccators market in the region. Latin America and Middle East & Africa offer a limited contribution to the global desiccators market due to underdeveloped research and development infrastructure of countries in this region.

Key players operating in the global desiccators market includes DWK Life Sciences, Boekel Scientific, SP Scienceware – Bel-Art Products – H-B Instrument, Plas-Labs, Inc., Dynalon Labware, Corning Incorporated, Cole-Parmer Instrument Company, LLC, and Thermo Fisher Scientific Inc.

#Desiccators Market

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prouxvaire · 6 years ago

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The Good, The Hard, and The Half-Finished Window Seat

Okay, listen, to be fair, it’s a mostly finished window seat.

And at this exact moment in time–the moment where I’m on a roll building assorted cabinetry, and my mom and I are having a blast working between our two houses on the weekends, and there hasn’t been a farm crisis in the last couple of weeks, and I’ve actually got the time and energy to sit down and write this post–things are good. Really good. I’m living the dream (as long as we all understand “the dream” is covered in sawdust and still doesn’t shower or do the dishes quite as much as is socially acceptable.)

But let me also tell you that while things in this moment are good, it’s only because I have been living right on the cusp of “what the actual fuck” for the last several months, unsure if I’m going to tip right over the edge into crazy-squirrel-lady-who-has-given-up-on-doing-anything-she-loves-ever-again or, you know, manage to claw my way out of that hole until things feel right in my life again.

(I’m not joking about the Crazy Squirrel Lady part. They invaded the house and started hiding walnuts in my laundry.)

Here’s the thing. My life is not now, nor will it ever be, a study in balance. I’m a creature of extremes. Of periods of time when I’m in the grips of a big project or a physical challenge and feel like I have the energy and vision and drive to take on the world… and times when I don’t. When I feel the absence of that energy so acutely that even though I know that it’s just a recovery period, and that I will find myself engaged and energized in my own life again at some point in the future, there’s a part of me that says (very loudly and incessantly), “Welp, that’s it. I guess I’m never going to do anything good again, and everything feels off in my life, and I’m just going to be exhausted forever. Awesome.”

I’m compelled to say that out loud, because what I really want to do is skip over all the things that have sucked lately and just talk about is how awesome it feels to be building all kinds of shit right now. But, even though I haven’t been in the right space to update this site as frequently as I used to, telling an authentic story is still the most important thing to me.

And life is (almost surprisingly) good right now, but only because I’m on the other side of some shit that has been really hard.

First, because I burned through a ton of energy this summer making a pretty big career change and spending a lot more time away from the farm that I’m used to.

And because I spent a solid 8 months training for a solo 50 mile hike in Iceland…

(I crushed it–finishing in 2.5 days instead of the 4-5 I planned for– but also very quickly felt the post-adventure blues. It’s a real thing.)

And then because the very worst thing happened… I lost Bubs.

I mean, I did not misplace him, obviously. I lost him to cancer (which, I know, sounds very melodramatic for a cat. After being otherwise healthy and acting normal he stopped eating one week, and then I found out his intestines were riddled with tumors and he didn’t make it out of the surgery to try to remove them.)

I get that cats are not humans, and for most people cats are not even dogs, but this cat in particular has been my companion for the last 12 years. He was literally the inspector for the very first big project I completed on my first house (the first badass pergola)…

And has been with me through every house, every relationship, every project…

And every blog post since…

I understand all of the intellectual things about how he had a great life, and we got to spend 12 years just hanging out together…

But it still fucking sucks, and I miss his cat face every day.

(Although I did find a desiccated bat on the middle of the living room rug two weeks after he died and was like HOW ARE YOU STILL DOING THIS TO ME WITH THE BATS, BUBS?! I do not miss waking up to dead bats in the bed, but I do miss my cat.)

So, that was hard.

Not only is it tough not to have him around, but within a couple of weeks, the squirrels moved out of the attic and started hiding walnuts around my house. (The one I found under the covers of my bed was the last straw.)

Also, the mice started hiding Bubs old cat food in my shoes.

That’s not… I’m not making that up. It happened a handful of times before I realized some creature was doing this to me on purpose.

I mean, I knew Bubs was good at catching shit, but I had no idea how much work he was doing on a daily basis to keep the house free of rodents.

So, just to recap: New job, big adventure, post-adventure blues, dead cat, rodent invasion, and also this has been a tough year for a lot of my friends in a lot of different ways, so just add all of that into the general mix of hard shit and, oh, I’m sorry, did you come here to read about a window seat?

Yeah, so, I managed to come out on the other side of that mess of feelings, a little worse for wear, but with my sanity mostly intact. And then I built a window seat.

As one does.

I had my HVAC guys come and move the baseboard heat for me because it required a bit of finagling. Then I bought a piece of 10′ plywood, made a napkin drawing, and went to town.

It looks civilized from the outside, but the inside is just a mess of blocking.

Originally I was going to make the storage in this thing drawers (see drunk napkin sketch above) but then I realized that after I accounted for the baseboard heat, the drawers would only be 5″ deep. So I went for the next best thing…

Flip top! (A couple of stainless steel piano hinges did the trick.)

I only expect to access this storage space once or twice a year (it currently contains my window AC unit and a bunch of canning jars.)

And just to provide context for the size of this beast…

It’s over 9′ long. Like everything else in this house, weirdly oversized, but we’re just going with it.

I finished the top of the bench with iron-on veneer on the cut ends…

Legitimately the only use this iron ever gets. Also, if you ever have qualms about iron-on veneer, I also used this exact stuff on the tables I built for the office at my last job. Those tables have been in the common area of that office (used by 50 people or so daily for the last 3+ years) and the veneer held up beautifully.

Back to the project at-hand though…

The last step was to trim out the front so that it looks a bit more in line with my cabinets.

Trim is always the critical factor in taking a project from “what the hell are you doing?” to “Huh. That looks pretty damn good.”

Also, you can’t beat the view…

It needs to be painted, obviously, and I’m in the process of ordering a custom cushion, and then if you need to find me after that, I’ll just be laying in this window seat for the next eternity.

BUT THAT’S NOT ALL.

Did I or did I not say I was on a roll with the cabinet-building?

After three years of staring at the ass-end of these cabinets, I finally got my act together and finished them.

This whole project was a study in creative problem solving and using what I had on-hand.

First, I wasn’t entirely sure how I wanted to handle the trim on these, but I knew I wanted to replicate the look of the cabinets because the big blank panel that used to be there (before I added a 3rd cabinet) kind of drove me nuts.

Because I custom-built that end cabinet with a wrap-around toe-kick, I had to get creative with the trim (which also meant replacing some of the facing on that cabinet because I didn’t think far enough in advance 2 years ago, apparently.)

And then, of course, once I figured out how I wanted to do the trim, I found out that none of my local lumber suppliers sell 3/8″ thick trim boards in any kind of usable length and width. Turns out, however, that I have a bunch of 3/8″ thick tongue and groove pine planks from an unfinished project upstairs, and if you rip the tongue and the groove off?

Perfect trim boards.

But then there was the question about how I should hold the the pieces of trim in place while the glue dried in the spots that had no usable clamping or nailing surfaces.

No problem.

Also, funny story, that is not paint in my hair. That’s legit all the gray hair the last four months seven years life has given me that I stopped coloring for a minute because I was too busy not having a meltdown to care about.

Good news, I did not have a meltdown. My hair is very gray. And the back-side of my kitchen cabinets look like this.

I am considering that the bottom trim board really needs to be a bit beefier, and weighing that against my desire to screw around with this anymore when I’ve got a couple more drawers, and secret cabinets, and at least seven sheets of plywood’s worth of built-ins I’m hoping to get done soon.

I’m telling you, it was a long, hard end to summer but I’ve got a wave of energy when it comes to building cabinets right now, and I’m going to ride it as long as I can.

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thomasrush851 · 6 years ago