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A handle serves as a tool installed on wardrobes, cabinet doors, drawers, cabinets, and other furniture, enabling functions like pushing, pulling, and gripping for convenient hand-operated opening and closing. Common handle materials include all-copper, zinc alloy, aluminum alloy, stainless steel, ceramic, and wood, each offering unique performance and quality attributes due to their distinct material characteristics.
Handles not only streamline manual effort and enhance home life convenience but also serve as effective decorative elements when properly coordinated. Despite being a small and easily overlooked detail, handles play a crucial role, serving as the finishing touch that subtly accentuates the elegance of life and the texture and charm of a home. The handle's texture often depends on its shape and material, and different combinations yield diverse effects.
Material | zinc alloy, aluminum alloy, copper, stainless steel, ceramic, wood |
Color | elegant black, pearl black, brushed copper, bright chrome, bright gold, pearl gold, Swiss gold, gold gray, gold black, gray-black, black and red antique, coffee antique, spray paint black, k gold white, k gold black |
Specifications | single hole/96mm/128mm/160mm/192mm/224mm/320mm/600mm/800mm/1000mm |
Style | modern minimalist style, European style, Chinese style, American style, etc. |
Installation | two types: surface installation and concealed installation. |
Support customization
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1. Handles match different decoration styles
Modern style: you can use stainless steel handles treated with special processes.
European style: You can choose copper handles or wood handles.
American style: You can choose zinc alloy or aluminum alloy handles.
Chinese classical style: wooden handles and ceramic handles can be used.
2. Selection of cabinet door handles, drawer handles, and cabinet handles in different positions
Wardrobe handles: The handles on the wardrobes and TV cabinets in the living room and bedroom emphasize their decorative nature. You can choose exposed handles that are close to the original decoration style or opposite.
Cabinet handles: Choose the handles in the kitchen, because the kitchen has a lot of fumes due to cooking, so you should choose various handles that are easier to clean, are corrosion-resistant and durable, and are made of aluminum alloy as raw materials.
Bathroom handles: Bathrooms and shower rooms, etc., have high humidity and a high frequency of use. It is necessary to choose durable and corrosion-resistant handles. It is recommended to use ceramic or wood handles.
Exposed handle installation location:
1. Handles are generally divided into horizontal installation and vertical installation. Regardless of whether they are installed horizontally or vertically, they must be unified.
2. The shape and direction of the handle should be consistent.
3. Drawer panels, upper flip-up doors, and lower flip-up door handles must be installed horizontally.
4. The upper cabinet door panel handle is installed below the door panel, and the lower cabinet door panel handle is installed above the door panel.
5. The installation position of the handle of the tall (long) cabinet door panel is determined through negotiation based on the height of the owner. Do not blindly decide on your own.
6. The handles of drawer panels, bottom flip doors, top flip doors, and door panels with door accessories are generally installed in the width center of the door panels. The handles of door panels that open doors are generally installed on the side away from the installation hinges.
7. There are two installation heights for the handles of the drawer panel. They can be installed at the height center of the panel or the same height from the upper edge of the panel.
8. When installing the handle, the distance between the edge hole of the handle and the edge of the board is generally 45mm.
9. When installing handles on door panels with shapes on the surface (such as solid wood door panels), be sure to confirm with the owner, because sometimes the handles selected by the designer may not be suitable for installation, and the installation effect will be very unsightly.
Concealed handle (side handle/embedded handle) installation location:
1. Lock the screw through the hole on the front of the concealed handle.
2. Lock the screw from the back and screw the screw into the nut of the concealed handle in front of the door panel.
3. For embedded concealed handles, you need to draw the lines around the embedded concealed handle with a pencil, and then use an edge trimmer to shave the grooves.
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View MoreThe performance of aluminum handles in corrosive environments varies depending on their alloy composition and surface treatment. Here are some key points:
Natural corrosion resistance: Aluminum alloys are naturally resistant to corrosion because aluminum quickly forms a thin layer of aluminum oxide in the air, which protects it from further corrosion.
Surface treatment: In order to enhance the corrosion resistance of aluminum handles, a variety of surface treatment methods are often used, including anodizing, electroplating, and spraying. Anodizing is a common and effective method to enhance corrosion resistance by forming a thick oxide layer on the surface of aluminum to improve its corrosion resistance.
Alloy composition: Different aluminum alloys have different corrosion resistance due to different compositions. Some alloys, such as 6061 aluminum alloy, have good corrosion resistance and are suitable for use in high-salt environments such as the ocean.
Environmental factors: Aluminum alloys corrode faster in high humidity, high salinity, or acidic environments. In these environments, proper surface treatment and regular maintenance (such as cleaning and applying protective agents) are necessary to extend the service life of the handles.
Regular maintenance: Even aluminum alloy handles that have been surface treated require regular maintenance in a corrosive environment. Regularly cleaning the handle surface to remove salt and dirt and checking for damage can effectively extend its service life.
Aluminum alloy handles have the following advantages over other materials (such as stainless steel, carbon fiber) in terms of weight and strength:
Lightweight: The density of aluminum alloy is about 2.7 g/cm³, which is much lighter than stainless steel (density is about 7.8 g/cm³). This makes aluminum alloy handles very popular in applications that need to reduce weight, such as portable tools and sports equipment.
High strength: Although aluminum alloy has a low density, it can achieve higher strength through proper alloying and heat treatment. For example, the strength of 7075 aluminum alloy is close to that of some stainless steels, while being lighter.
Easy processing: Aluminum alloy is easy to process and form, and complex shapes can be manufactured through a variety of processes such as extrusion, casting, and cutting. This allows aluminum alloy handles to be designed to be more ergonomic.
Good corrosion resistance: The naturally formed aluminum oxide layer of aluminum alloy has good corrosion resistance and can be used outdoors and in humid environments for a long time without frequent maintenance.
Relatively low cost: Aluminum alloy has lower production cost than carbon fiber materials, and can be mass-produced through a variety of processes, reducing manufacturing costs.
Strong recyclability: Aluminum alloy is a fully recyclable material, and the energy consumption during the recycling process is low, which helps protect the environment.