Looking for a bed? Here’s your guide
Your bed is a resting haven, a place where you spend one third of your life relaxing, slumbering and recharging your mind and body. A bed is that key furniture one invests in for its functionality and durability.
Choose beds based on material
There is a range of bedroom furniture available based on material such as solid wood, engineered wood, and rubber wood, but which one is the right one for you? A comparison between two materials will clear your doubts and help you make an informed decision.
Solid Wood vs Engineered Wood
Types of engineered wood
There are several types of engineered wood that are used for various purposes and sometimes different types are used in one furniture, such as an engineered wood bed.
- Plywood – Plywood are thin sheets of wood stuck together to form a ply using adhesives. There are various kinds of plywood available in the market such as softwood plywood, hardwood plywood, marine plywood and decorative plywood.
- Particle board – Particle board is made by compressing wood chips with adhesives. The outer surface of the particle wood contains a thinner layer of wood chips whereas the middle layer of the particle board is denser and compact giving it structure.
- MDF (Medium Density Fibreboard) – MDF is made by processing hardwood and softwood particles into wood fibres. The fibre is then combined with synthetic resin and adhesives under extreme pressure to form panels. MDF comes in different qualities depending on the requirement.
- HDF (High Density Fibreboard) – HDF is made the same way as MDF but the difference is that the HDF panel is much stronger and denser than MDF.
- Block board – A block board is made by combining several uniform wood stripes. These wood stripes are glued to a veneer using industrial adhesives and then compressed in high temperature to form a board.
Is engineered wood good for furniture?
Engineered wood is good for furniture in many ways.
- High-quality engineered furniture has good service life and durability.
- The characteristic of engineered wood allows the flexibility to make furniture as dense and sturdy as required.
- Engineered wood furniture with laminated finish can be cleaned easily with a slightly damp cloth.
- Engineered furniture is lighter in weight and can be moved around easily.
Is engineered wood durable?
Engineered wood bed durability depends on the type of quality used while manufacturing the type of engineered wood. There are some high-quality engineered wood furniture that are much stronger and durable than low grade engineered wood.
Why is engineered wood affordable?
Engineered wood price is pocket friendly because it is made out of wood composite. The pricing goes higher depending upon the quality of composite used. Buying an engineered wood bed of a high-quality will cost you more because it’s offering you sturdiness and durability. However, it will still be cheaper than solid wood bedroom furniture.
How long does engineered wood last?
- Engineered wood can last you for years if handled with care. Although it does not require too much maintenance, one has to make sure of certain things such as preventing it from getting soaked in water, and carefully handling the edges – as it might get chipped easily because the surface is thin.
- High-quality engineered wood bedroom furniture is much stronger since all the parts used in the making are of good-quality wood composite. This kind of engineered wood when handled with care can last you more than a decade.
Over to you
After a long day of work all one wants to do is sprawl on a bed. A bed that is strong and does not require a lot of tending – a high-quality engineered wood bed is what you need. It has everything that you are looking for while buying a bed – engineered wood beds are designed for modern living with ample storage space, are affordable and durable – this gives you an opportunity to renew your furniture. The look and feel of an engineered wood bed is clean and attractive. All in all, an engineered wood bed brings a lot of value and comfort to your life.