Custom locker name plates,Nameplate for wardrobe | CHINA MARK

Short Description:

Customized locker name plates and brackets from Huizhou Weihua Technology, including custom clothing locker signs/brackets, TV sundries locker signs/brackets, under-bed locker signs/brackets, company sundries locker signs/brackets , Store locker signs/brackets, etc.

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Tool:LT=15days-Tool opening

Application:Nameplate for wardrobe

  • Min.Order Quantity: 1000 Piece/Pieces
  • Supply Ability: 10000000 Piece/Pieces per Month
  • Accepted Delivery Terms: FOB, CIF, EXW, Express Delivery
  • Accepted Payment Type: T/T, Western Union, Cash
  • Accepted Delivery Terms: shenzhen, huizhou, hongkong
  • Product Detail

    Video for Metal Emblem


    Product Tags

    Weihua technology (custom locker name plates manufacturers) fine technology, fast proofing speed, support customer customization, product diversity, quality after-sales service.

    Custom locker name plates

    Material zinc alloy, alum alloy
    Process Stamping,Forging,Sandblasting,Anodizing,Electroplating,Etching,Laser carving,CNC,Spraying,Electrophoresis,Polishing.
    Application Nameplate for wardrobe
    NW  180g
    Mold  Tool opening
    LT  15 days
    Type  OEM Parts
    Mass production Lead time 4weeks

    What are the commonly used materials for making metal nameplates?

    The nameplate is mainly used for furniture and mechanical products. Its existence is not only a sign, but also represents the culture, deposits and strength of the enterprise.So, our business friends, for the hardware sign production, the requirements are more strict.In particular, the sign with what material, is the most concerned about the topic.

    The main materials used and advantages:

    1. Aluminum alloy (6063, 6061 and other aluminum materials):

    The material itself has good surface texture, oxidation resistance, light weight, easy installation, good flatness, strong adhesion, strong durability, low cost, and is not easy to decolor.

    2. Stainless steel (304, 316 and other stainless steel materials):

    High-end materials, smooth surface, slow oxidation, very stylish and noble.

    3. Cold-rolled steel plate:

    Strong plasticity, easy to bend, cut, welded, polished, easy to process, strong in coloring adhesion, and can be used to make a variety of signs and brackets.

    4. Synthetic materials:

    Mainly PVC board, acrylic board, aluminum-plastic board, etc. The structure is simple, the cost is low, the texture is light, and the installation is convenient.

    5. Iron
    6. Zinc alloy:

    Low melting point, easy to be die-cast into various shapes of signs and bracket types.

    7.Smooth sign:

    Picture or board surface is oily, very smooth sign.

    8.Luminous material label:

    Luminous material label (that is, we usually say neon).

    9.Electric light plate:

    The use of light emitting diode or luminous tube to achieve monochrome or color performance.The light-emitting diodes and their performance can be divided into five categories: luminous electro-optical plate, LCD, LED, CRT, FDT, etc.

    10. Metal nameplate:

    In the case of no specially designated plate, the metal as the plate or the main material of the alloy plate.

    To make signs and brackets for various storage cabinets, the following requirements are generally to be met:

    1. Strong adhesion:

    First of all, for the signs and brackets of the storage cabinet, its function is mainly to mark and indicate, and the bracket is mainly to play a supporting role, so if you use adhesive, then the back glue must have long-term stickiness; if it is a perforated sign, the screws must be firm and not easy to damage.

    2. Wear-resistant and stain-resistant:

    Secondly, they play a role in identification. The fonts, logos, patterns need to be clearly visible, play a role of publicity and instruction, so they also be wear-resistant and stain-resistant.

    3. Different appearance grades:

    According to the storage cabinet signs used in different places, the appearance requirements are also different. If it is used in the TV locker, this requirement is generally higher-end, because it is generally installed along with the TV, which is a product with a relatively high external visibility; if it is the locker room of ordinary schools, only ordinary The appearance effect is fine.

    For China technology mainly undertake trademark, sign orders.Products mainly include computers, mobile phones, audio, refrigerators, air conditioners and other digital home appliances are used on the copper, aluminum, stainless steel nameplates, plastic signs, mirror display, three-dimensional signs, crystal drop plastic signs, nameplate processing, copper signs research and development of all kinds of modern difficult technology metal nameplates, welcome your consultation!

    You may also like:nameplate for headlight;Please click to view ~

    If you are interested in getting in touch with a our sales rep click here

    The main process shows as below

    Zinc alloy

    Step 1:Zinc alloy

    Advanced dissolved device

    Step 2:Advanced dissolved device

    Hi-precision die-cast tooling

    Step 3:Hi-precision die-cast tooling

    Large scale die-cast device

    Step 4:Large scale die-cast device

    Professional inspectors and packaging workers

    Step 7:Professional inspectors and packaging workers

    Galvanizing line

    Step 5:Galvanizing line

    Structured parts

    Step 8:Structured parts

    Industry oven, hi temp, low temp, constant temp

    Step 6:Industry oven, hi temp, low temp, constant temp

    “Our 40,000 square meters facility has the capabilities to meet all your extrusion aluminum, logo plates,precision stamping needs coupled with multiple fabrication options to produce high-quality products solutions. ”

    ― WEIHUA

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  • Although many zinc alloy castings can be used in the as-cast state, surface treatment is required in some cases to protect the castings from corrosion on the one hand, and also play a decorative role on the other hand to make the appearance more beautiful.

    The following introduction of zinc alloy die castings:

    One. What are the main surface treatment processes for zinc alloy castings?

    ①Plating: The zinc alloy castings that have just been polished look like chromium plated. Zinc alloy castings can also be directly plated with chromium. Direct chromium plating can increase the hardness and wear resistance of the casting, reduce the friction factor and improve the corrosion resistance.

    ②Painting: zinc alloy can be coated with various paints. For some cheaper parts, acrylic paint with weak adhesion and acid corrosion components can be used. For parts that require high corrosion resistance, it is best to use epoxy resin paint or various amine-based paints, and bake after painting.

    ③Metal spraying: The metal spraying method is to coat the surface of the processed parts with a thin metal film under high vacuum. Metal spraying can simulate the appearance of copper, silver, brass, gold, etc. This process is mostly used for die castings.

    ④ Anodizing treatment: The anodizing treatment of zinc alloy castings is carried out in the anodizing treatment solution and at a voltage not exceeding 200V. Anodizing treatment can effectively improve the corrosion resistance of zinc alloys.

    Second. can aluminum alloy replace zinc alloy?

    The answer is no. Because the performance of zinc alloy die-casting is better, it can die-cast precision parts with complex shapes and thin walls. The surface of the castings is smooth and the dimensional accuracy is high. It has good compression resistance and wear resistance. Zinc alloy die-castings can well accept various Kinds of surface treatments (plating, spraying, painting, etc.)

    By comparing the two alloy materials, we will find that aluminum alloy cannot replace zinc alloy, because the strength, hardness and formability of zinc alloy are much better than aluminum alloy.

    Three. How to identify a good zinc alloy?

    1. High purity, low zinc ingot impurity content, based on high-purity zinc raw materials. To

    2. Low melting point: The melting point of a good zinc alloy is controlled at 380-390°C.

    3. Less zinc dross: less zinc dross is produced when melting.

    4. Knock it off to see the section. If the section is more delicate, it is generally better.

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