Internal Oak Heath 40mm
- Material: Oak
- Application: Internal
- Fire Rating: Non-Fire Door
- Finish Type: Pre-Finished
About this door
The Internal Oak Heath door is an elegantly designed, versatile interior door which would work well in both traditional and contemporary properties.
As opposed to the majority of internal doors which finish at 35mm thick, this range is 40mm thick for added stability and to give an extra aura of quality.
With a larger raised and fielded panel, above a smaller lower panel this is a great twist on a timelessly popular design.
With complementary glazed doors, fire doors and door pair options, this range allows you to complete the look throughout the property.
Supplied pre-finished with a clear satin lacquer, these doors are factory finished. This requires no further decorating on site and creates a fantastic look which really does show off the quality of the oak veneer.
The correct storage, fitting and finishing of your new door/s are very important factors in getting the best out of your purchase.
We would always recommend reading our Door Care information which can be viewed by clicking here, along with any additional manufacturers documentation supplied with the door itself.
If there is anything you are unsure of, you are more than welcome to give us a call to discuss on 0114 2557800 or drop us an email at firstname.lastname@example.org.
These doors are manufactured using laminated veneered lumber (LVL). LVL or more commonly known as “engineered timber” is a modern method of construction that is economical with the use of natural timber resources.
The main parts & rails of the door are usually constructed using solid strips/blocks of timber (some internals may contain a laminated board and/or particleboard), which are then glued and then clamped together.
They are then faced with a veneer and edged with a solid timber “lipping”. The benefits of using engineered construction doors over more traditional methods are that it is far more unlikely to twist or split (we do not get problems with panels splitting) and possibly the most important reason is that it is much more eco-friendly!