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Product Details:
Payment & Shipping Terms:
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Item: | Hollow Door | Hardware: | Chinese Top Brand, Lockset, Hinge, Door Stopper |
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Wood Veneer Tyle: | Oak,Sapele,Walnut,Red Cherry,Ashtree,Rose,Teak,and So On… | Surface Treatment: | Finish Painting/malamine/wood Veneer |
Thickness: | 40-45mm Door Leaf | Survice Life: | 15 Years |
Business Type: | Manufacturer | Wall Thickness: | 240mm Standard, Or Customized |
High Light: | hollow core wood door,residential wood entry doors |
Residential Interior Prehung Solid Core Wood Doors With SGS Certificate
Production Description:
Door leaf | 6mm MDF+Solid wood/particle board(hollow core)+ 6mm MDF (Thickness: 40mm or customized) |
Weight | 60KG |
Sample order | Accept |
Advantages | 1,easy to Install 2,stable performance 3,dampproof 4,Long service life |
Function | Safety, water-proof, sound-proof |
Surface finish | Wood grain heat transfer with painting |
Size | Standard size: 900*2100*240, or customized |
Open style | inswing, outswing |
Door frame types
Door frames are most commonly made of wood; this is usually the fastest and cheapest material for framing doors, but wood can be vulnerable to splintering and cracking under pressure, and weakens over time. Some door frames have a reinforcing steel overlay which prevents this from happening, but other materials such as uPVC, fibreglass and aluminium or even a composite blend of wood and resin will all achieve similar effects and make the door frame more reliable.
Some doors are sold pre-hung - that is, already attached to the frame via hinges, for easy installation and a close fit.
Different shapes and materials can alter the strength of the door frame, for better or worse. Selecting a material which will not only look good over time but will hold up under sustained pressure is worth spending the additional time and money on. Rectangular door frames offer a strong support structure, and changing or adding additional angles to a frame may add weak points which can be exploited.
One big difference that different materials can make is their ability to transfer heat into and out of a house. Metal, for example, is an excellent conductor of heat and can easily act as a very effective thermal bridge (a weak point through which you'll gain or lose heat). Metal door frames can be made with thermal breaks though, which will help to prevent this while still giving you the look you want. Timber, by contrast, is a fairly poor conductor of heat and does a pretty good job of keeping heat in or out of your home - as do uPVC, fibreglass and similar materials.