Membrane Door Prices, Coated Pvc Door Models

Membrane doors, also known as PVC doors, are doors obtained by vacuuming and gluing PVC on MDF and wood. The records inside have been increased and are more durable than American doors. Membrane, namely PVC doors, do not require paint. In addition, membrane doors used as interior room doors are also waterproof because they are PVC coated doors. However, it is not suitable for use on wet surfaces.

What is a membrane door?

It is a special type of door generally known for its modern design, lightness and durability. These doors are usually made of membrane material stretched over a metal framework. The membrane material is usually PVC (polyvinyl chloride) or other synthetic materials.

These doors stand out because they are lighter than traditional wooden or metal doors. They also provide flexibility in terms of design by offering a variety of color and pattern options. Membrane doors may be designed specifically for use in commercial and industrial areas, but they can also be preferred in residences due to their stylish designs.

Since these PVC door models are made using durable materials, they are resistant to various weather conditions. They are also easy to maintain and generally simple to clean. For this reason, membrane doors can often be a preferred option in modern architectural projects and commercial spaces.

Another name is PVC door.It is a type of door made from a thermoplastic polymer called polyvinyl chloride (PVC). PVC door is a material used in various building materials due to its durability, lightness and resistance. PVC doors are often preferred for their durability, low maintenance requirements and variety of color and design options.

PVC doors can be used in interior doors, outdoor doors, window sashes, sliding doors, automatic doors and other applications. The advantages of PVC doors include resistance to water and various weather conditions, resistance to decay, easy cleaning and long life.

These doors often have insulating properties, which saves energy and can increase sound insulation. Additionally, PVC material is generally recyclable, making it an environmentally friendly option. PVC doors can be designed and produced to suit a variety of usage areas, from residential to commercial and industrial areas.

 

How to Make PVC Membrane Door?

The construction process of the membrane door involves a more special technique. Here are the general steps of this method called balloon printing or vacuum PVC coating:

Preparation of the Skeleton: The internal structure of the door is usually prepared from MDF (medium density fibreboard) or a similar material. The frame determines the shape and durability of the door.

Selection of PVC Film: PVC film containing a special pattern, color or design is selected. This film is the membrane material that will form the outer surface of the door.

Vacuum Pressing Process: PVC film is placed on the skeleton. Then, using a vacuum pressing machine, the film is tightly fitted to the surface of the skeleton. During this process, the film fits exactly every detail of the skeleton and air bubbles are removed.

Maintaining Vacuum: Maintaining vacuum ensures complete adhesion of PVC to the framework. This step ensures that the door is covered with a smooth and solid surface.

Hardening of Vacuumed PVC: After the PVC film is vacuumed onto the surface of the door, the film is usually hardened by a heat source or other method, making the door more durable and resistant.

These steps describe a general vacuum PVC coating process. However, depending on the specific manufacturer or brand, the materials used, technical details and additional processes may vary.

What is Vacuum Pressing?

It is a technique used to firmly bond or shape a material (usually a film, coating or sheet material) to a surface. This process ensures that the material is properly seated on a surface using vacuum. It is a method widely used in membrane door production or in the furniture industry.

The vacuum pressing process usually includes some steps.The first step is to prepare the material to be bonded or shaped. This can usually be a film, coating or sheet material. The surface to be bonded or shaped is cleaned and prepared. The prepared material is placed on the surface to be processed. A vacuum system is used to reduce the air gap between the material and the surface. This is done by creating a negative pressure, usually provided by vacuum pumps. The material is pressed or heated under vacuum. This process ensures that the material adheres tightly to the surface. Heating may also include shaping the material. After the pressing or heating process, the material is allowed to cool and is allowed to fully settle into the structure.

Vacuum pressing is an effective method used to ensure proper bonding or shaping of material. This method allows obtaining high quality and aesthetic products, especially when used in applications with complex surfaces or detailed patterns.