What kind of doors do hospitals use?
What kind of doors do hospitals use?
Hospital doors include lead doors for X-ray rooms, hospital patient room doors, ICU doors, etc. Good hospital door design plays an important role in preventing cross-contamination as well as providing fire and x-ray protection, maintaining correct room pressures, and ensuring optimum operating efficiency. Doors for hospitals are also being widely used in other places such as medical centres, healthcare centres, or electronic factories.
What Are Hospital Doors Made Of
The materials used in hospital doors are HPL, fireproof panel, galvanised steel, stainless steel, etc., amongst which wood and steel are the most commonly used.
The main reason for the use of wood for hospital doors? Considering the processing technology, there are more hospital door designs that can be designed, and there are many colours to choose from. Not only simple colours, but many wood grain colours and patterns. Similarly, there are more options for windows: round, square, rectangular, and even special-shaped windows can be used. However, there are many things to pay attention to when choosing wood: After a long time of use, the surface colour of the hospital door is prone to fading. If the moisture-proof technology is not done well in the selection of wood, the wooden hospital door is prone to rot. Similarly, wood cannot withstand termite corrosion, so hospitals need to pay attention to daily protection.
There are many different types of doors used in hospitals, such as office doors, radiation protection doors, toilet doors, ward doors. The sizes of ward doors or patient doors require special attention. In order to facilitate the entry and exit of hospital beds, most of the hospital wards will use unequal door types. The size of the large part is within the range of 1300mm*2500mm. If it exceeds this size, a double hospital room doors design is required. The doors of hospital wards are usually equipped with windows, which can facilitate the medical staff to observe the patient's condition outside the door to prevent accidents.
[edit] Related articles on Designing Buildings
Featured articles and news
A change to adoptive architecture
Effects of global weather warming on architectural detailing, material choice and human interaction.
How big is the problem and what can we do to mitigate the effects?
Overheating guidance and tools for building designers
A number of cool guides to help with the heat.
The UK's Modern Industrial Strategy: A 10 year plan
Previous consultation criticism, current key elements and general support with some persisting reservations.
Building Safety Regulator reforms
New roles, new staff and a new fast track service pave the way for a single construction regulator.
Architectural Technologist CPDs and Communications
CIAT CPD… and how you can do it!
Cooling centres and cool spaces
Managing extreme heat in cities by directing the public to places for heat stress relief and water sources.
Winter gardens: A brief history and warm variations
Extending the season with glass in different forms and terms.
Restoring Great Yarmouth's Winter Gardens
Transforming one of the least sustainable constructions imaginable.
Construction Skills Mission Board launch sector drive
Newly formed government and industry collaboration set strategy for recruiting an additional 100,000 construction workers a year.
New Architects Code comes into effect in September 2025
ARB Architects Code of Conduct and Practice available with ongoing consultation regarding guidance.
Welsh Skills Body (Medr) launches ambitious plan
The new skills body brings together funding and regulation of tertiary education and research for the devolved nation.
Paul Gandy FCIOB announced as next CIOB President
Former Tilbury Douglas CEO takes helm.
UK Infrastructure: A 10 Year Strategy. In brief with reactions
With the National Infrastructure and Service Transformation Authority (NISTA).
Ebenezer Howard: inventor of the garden city. Book review.
Airtightness Topic Guide BSRIA TG 27/2025
Explaining the basics of airtightness, what it is, why it's important, when it's required and how it's carried out.