Guarding the Entry and Exit to the Research Facilities with State of the Art Lab Doors

The laboratories are definitely not some magical place where people rest in white lab coats prepare some astonishing potions by mixing certain elements, as shown in the films, and other sources of popular entertainment. On the contrary, they are meant for some serious scientific experiments and analysis, meant for ringing about but breaking discoveries and inventions for the betterment of the mankind.

They are also some of the most highly protected and sensitive areas where entry and exit is supposed to be restricted, or maybe granted only on fulfillment of certain conditions.

Herein, a comprehensive guide to the general requirements that are expected of the doorways to the laboratories shall be discussed.

Why Does A Laboratory Door Require Extra Reinforcements?

In order to bar easy entry and exit the laboratory doors are designed in that manner. Below the reasons shall be highlighted as to why the laboratories are supposed to be so protected and guarded.

• In order to avoid any untoward accident which could take place by laying hands on any hazardous element, the laboratories are highly guarded. Even the slightest amount of manhandling can cause serious disasters, such as explosions or fire hazard, emanating out of reactions of chemicals on coming in contact with each other.
• Some laboratories can have radioactive elements present in it, and therefore in order to prevent the radiations from penetrating outside the premises of the laboratory, the need for an impervious door is felt.
• Maintaining the size, shape or form or certain elements require a strict temperature control in a constant state, without any fluctuations at all. For preventing the atmospheric temperature or pressure from interfering into the internal environment of the laboratory, extremely strong doors are required to guard the laboratories.
• In case of the research laboratories, where highly sophisticated experiments are conducted to create path breaking technologies, the need for security to monitor and restrict entry and exit is felt because such experiments are supposed to be highly confidential, and miscreants can utilise them to cause harm to the society.

Hence, for security concerns and also for providing protection to the people, the laboratory doorways are highly guarded.

How to Secure the Doorways of the Laboratories?

Building strong, impervious and almost unbreakable doors Is the basic mantra behind securing the laboratories.

• Using Conducive Opaque Materials

Stainless steel is the most commonly used materials for creating extremely strong doors to guard the entry and exit path to the laboratories. Stainless steel is used because they do not corrode easily, and they can withstand extreme wear and tear without the need of replacement for years.

• Using Conducive See-Through Materials

Normal glasses which are used for creating doors and windows for the home environment are not suited for creating a laboratory door. Glass reinforced polymer or glass reinforced plastic is widely used as an alternative to the generic ones in order to secure the lab environment from any kind of porosity bomber and also offering a chance to get a peek inside.

• Placing Advanced Locking System

The doorway to the laboratories can have electronically enabled locking system attached to them. It could either be biometric enabled, or number code enabled, or a button press enabled lock door system. This technology is used to prevent trespassers from getting the chance of entering the laboratory easily. The digitally locked doors guarding the laboratories can either be like the normal doors, or sliding ones, which offer a wider scope for entry and exit, compared to the normal ones. The sliding laboratory door parting can be either single-leaf or bi-leaf.

• Fire Proofing Mechanisms

The fire proofing mechanism it’s created by including two essential features in the laboratory doors. Firstly, the thickness of the steel and aluminium layers create a strong barrier against a fire incident. The endurance time can be between 60 to 240 minutes, depending upon the reinforcement capacity of the door. Also, neoprene gasket, an air locking mechanism is used to prevent the fire inside the laboratory from spreading outside, and also for the fire outside to spread inside the laboratory. It also acts as an effective agent creating an airtight environment within the laboratory to prevent any form of contamination whether inside or outside.

• Moisture Proofing Mechanisms

The laboratory doors are other than the ones which are used for household purposes to prevent accumulation of any moisture and consequently prevent bacterial build up. The use of stainless steel ensures that the doors are also protected against any form of rust.

Wrapping Up

Purchasing a laboratory door in India, from the most trusted organisations is possible, as they adhere to the most advanced industry standards, and they also seek ISO certification from the relevant authorities. The meat in India laboratory doors are indeed of world class quality.