Metal Plates Brand Logos

Physical properties of spray oil after plating of metal logo-B

2025-05-16

Physical properties of spray oil after plating Weathering and UV resistance properties Stability of oil spraying Certain oil spraying materials have good weathering and UV resistance properties, it can prevent the plating layer from discolouration or deterioration under long-term exposure to sunlight. Spray oil application scenario Used for metal logos for outdoor , for example building signs and billboards. Adhesion and bonding strength Combination of plating layer and oil spraying layer the adhesion between plating layer and oil spraying layer is the key. If the surface of plating layer is not properly treated (for example. presence of oil, oxidised layer and so on.), it may lead to the peeling off of the oil sprayed layer. Improvement measures Before oil spraying, the plating layer needs to cleane thoroughly and treat thesurface (for example polished, activated and so on.) to improve adhesion. Flexibility and Impact Resistance Flexibility of oil spraying Some oil spraying materials have good flexibility, it can absorb a certain amount of impact and prevent the plating layer from cracking or peeling. Application Scenario It is suitable for metal logos that may be subject to impact, such as sports equipment and tools. Chemical resistance Chemical stability of spray oil The spray oil layer can provide additional chemical protection and prevent the plating layer to attack by chemicals such as acids, alkalis and salts. Application Scenario It is suitable for metal logos that may come into contact with chemical substances, such as laboratory equipment, chemical equipment and so on. Summary and Recommendations Comprehensive performance enhancement oil spraying after plating can significantly enhance the corrosion resistance, wear resistance, appearance texture and weather resistance of metal logos, and is a recommended surface treatment process. Spray oil material selection Select the appropriate plating and oil spraying materials according to the specific application scenarios. Such…

Difference between electrophoresis lattice frame and oil spraying of metal logo-B

2025-05-14

Application Scenarios of metal hardware Electrophoresis Lat Frame Suitable for metal products with high requirements for corrosion resistance, such as automotive parts, home appliance shells, hardware tools and so on. Suitable for mass production, high automation and high efficiency. Oil Spraying (Paint Spraying) Suitable for workpieces of various materials (metal, plastic, wood, etc.) and shapes, especially for small batch or customised production. Widely used in furniture, electronic products, toys, building decoration and other fields. Cost of metal hardware Electrophoresis lattice frame Large investment in equipment (electrophoresis tank, power supply, drying equipment, etc.). Suitable for mass production, lower cost per piece. High environmental protection requirements, higher cost of waste water treatment. Metal Logo Oil spraying (painting) Relatively low investment in equipment (spray gun, spray booth, drying equipment, etc.). Suitable for small batch production, but labour cost may be higher. Higher cost of paints and solvents, additional waste gas treatment equipment is required when environmental protection requirements are strict. Summary and Suggestion of metal hardware Selection of electrophoresis lattice frame situation The workpieces are made of metal and have high requirements for corrosion resistance and adhesion. High volume production, pursuing high efficiency and stable quality. Focus on environmental protection, need to comply with VOC emission standards. Selection of oil spraying (painting) of metal logo Complex shape of workpiece or diverse materials (e.g. plastic, wood). Small batch or customised production, need to flexibly adjust the colour and appearance effect. High requirements for decorativeness, need to realise special effects (e.g. metal texture, grain).

Bag hardware of the abrasion resistance -A

2025-05-12

The abrasion resistance of bag hardware mainly depends on the material selection, surface treatment process, design structure and use environment, the following are specific analyses and recommended directions: Influence of material on wear resistance Stainless steel (recommended) 304 or 316 stainless steel is suitable for high-frequency use scenarios (industrial equipment, outdoor signs) due to its high hardness and corrosion resistance. For example, 316 stainless steel contains molybdenum, it improves salt spray corrosion resistance by more than 30% compared to 304, making it suitable for humid environments. Aluminium alloy (lightweight option) The hardness of 6061-T6 aluminium alloy is about HV95, and the abrasion resistance is increased by 2-3 times after anodic oxidation on the surface, which is suitable for weight-sensitive scenarios (portable equipment). However, strong acid and alkali environments need to be avoided. Copper alloy (decorative priority) Brass (H62) hardness HV80-100, wear resistance is weak, but can use to nickel-plated (thickness ≥ 5μm) to enhance wear resistance, suitable for low-frequency contact decorative parts. Surface treatment process to enhance wear resistance Physical vapour deposition (PVD) coating TiN (Titanium Nitride) coating hardness high to HV2000, wear resistance is 3 times of chromium plating, suitable for high-end equipment marking. Laser hardening Laser fusion coagulation of stainless steel surfaces can form a hardened layer with a thickness of 0.1-0.3mm, increasing the hardness to over HV600 and significantly improving scratch resistance. Chemical conversion film Stainless steel passivation treatment (trivalent chromium passivation) can improve corrosion resistance and indirectly reduce the wear rate, suitable for long-term exposure to the environment. Design structures to optimise wear resistance Rounded corner transitions We round Logo edges with R≥0.5mm to avoid wear cracks caused by stress concentration. For example, rounded corners on automotive wheel logos can increase wear life by up to 40%. Layered structure The three-layer structure of substrate + wear-resistant…

Detection of embryos of engraved round metal logo-A

2025-05-06

For the inspection of “Engraved Round Metal Logo Embryo”, it is necessary to systematically evaluate the key dimensions such as dimensional accuracy, engraving quality, surface integrity, material properties and functionality, etc. The following are the specific inspection points and analysis: Metal logo dimensional and shape accuracy inspection Inspection content Whether key dimensions such as outer diameter, inner diameter (if any), thickness, etc. meet the design tolerance. Whether the roundness, flatness and other shape and positional tolerances meet the standards. Metal logo inspection method High-precision dimensional inspection using coordinate measuring machine (CMM) or optical image measuring machine. Verify roundness and surface profile by roundness meter or laser scanner. Importance Dimensional deviation may lead to subsequent assembly difficulties or affect the visual effect of the sign, which needs to be strictly controlled. Metal logo engraving quality inspection Inspection content The clarity, depth consistency and edge sharpness of the engraving pattern. Integrity of the text or pattern (no broken strokes, missing corners). The smoothness of the transition between the engraved area and the unengraved area. Inspection Method Visual inspection (in conjunction with a magnifying glass or microscope) to assess detail. Measure depth of engraving and surface roughness using a laser confocal microscope or white light interferometer. Importance The quality of engraving will affects the legibility and aesthetics of the logo, and needs to be confirmed to meet the design requirements. Surface Integrity Inspection Detection content Whether there are scratches, pits, oxidized layer and other defects on the surface. The bonding strength between the engraved area and the substrate (no skinning, peeling). Detection method Scanning for surface defects visually or with the help of automatic optical inspection (AOI) equipment. Verify the bonding strength of the engraved layer to the substrate by adhesion test (e.g. tape tear test). Importance Surface defects can degrade the product,…

Different of electrophoretic paint and regular paint of hardware-A

2025-05-05

Hardware electrophoresis paint and ordinary paint in the process principle, coating effect, environmental performance, application scenarios, there are significant differences, the following is a specific analysis: First, the process principle and operation mode Electrophoretic paint Process principle based on electrophoretic coating technology, using electric field to make charged paint particles deposited on the surface of the workpiece to form a uniform coating. Operation mode the workpiece needs to be immersed in the electrophoresis tank liquid, and the automated coating is realized through DC electric field, which is complicated but controllable. Ordinary Paint Process Principle The paint is covered on the surface of the hardware by physical means such as spraying or brushing. Operation mode rely on manual or simple equipment to complete, low threshold for operation but easily affected by human factors. Second, the coating effect and performance differences Coating uniformity Electrophoretic paint the coating thickness is uniform, suitable for complex structure workpieces, good coverage of edges, gaps and other parts. Ordinary paint the operation methods will coating thickness is easily affected by , and the complex structure workpiece is prone to problems such as hanging and uneven thickness. Corrosion resistance Electrophoretic paint Dense coating, excellent resistance to salt spray and chemicals, suitable for harsh environments. Ordinary paint weak corrosion resistance, need to cooperate with primer or increase the thickness of coating to enhance the protective ability. Adhesion Electrophoretic paint strong adhesion to metal substrate, outstanding impact resistance and bending resistance. Ordinary paint adhesion is greatly affected by the treatment of substrate and construction conditions, and the surface cleanliness needs to be strictly controlled. Third.environmental protection and safety performance Electrophoretic paint Environmental protection water as solvent, low VOCs emission, in line with environmental regulations. Safety no flammable and explosive risk, safe and controllable production environment. Ordinary Paint Environmental protection solvent-based…

Make the brand tag color meet the customer’s requirements-A

2025-04-29

In the brand label (Brand Tag) production process, to ensure that the label color and customer requirements are consistent is critical, because it is directly related to the brand image and product quality. So the following will be from the testing equipment, testing process, quality control and problem solving, etc., a detailed introduction to how to detect the brand label color is consistent with customer requirements First, the detection equipment Spectrophotometer Principle Spectrophotometer through the measurement of the spectral properties of the object reflection or transmission, can accurately analyze the color of the numerical data, such as chromaticity coordinates color difference and so on. Applications The spectrophotometer is the equipment of choice in brand label color inspection. It allows non-contact measurement of label samples, avoiding damage to the sample while providing highly accurate color data. Brand tag color Difference Meter Principle The colorimeter is a portable color measurement tool that is based on the principle of the spectrophotometer, but is much lighter and easier to use. The colorimeter can quickly measure the color difference value between the sample color and the standard color. Application On the production line, the colorimeter can be used to monitor the label color in real time, to detect and correct color deviation in time. Standard Light Box Principle The standard light source box provides a variety of standard light source environments, such as simulated daylight, simulated store lighting for observing and comparing colors under different light sources. Application In brand tag color inspection, the standard light source box can help inspectors simulate the actual use of the environment, observe the color performance of the label under different light sources to ensure color consistency. Second,inspection process Obtain customer standards Customers usually provide color samples or color values as color standards. The inspector needs to carefully check…

Avoid bruises during the quality control process of brand tag-A

2025-04-28

In the Brand Tag to avoid bruises in the quality inspection process, need to operate from the personnel specification, equipment and tools optimization, environmental management, process design and packaging protection and other multi-dimensional start, build a systematic protection system. The following are specific measures: First, brand tag personnel operating standards and training Standardized Operating Procedures The development of detailed manual quality control steps, clear label pickup, detection, placement of standardized actions, such as requiring quality inspectors to use fingertips to gently pinch the edge of the brand tag, to avoid large finger contact with the surface of the brand tag Example: Quality inspectors should wear cotton gloves for easily scratched metal/mirror material labels, in addition Operators should maintain a 30° angle of inclination between the label and the worktable to reduce friction.”. Brand tag skills training and Assessment Conduct regular training on quality control operations, focusing on drills that are easy to bruise ( when flipping labels, inspecting the reverse side), and assessing the accuracy of employees’ techniques through mock exams. Data: After the implementation of training in a factory, the rate of bruises caused by improper operation dropped from 1.2% to 0.3%. Ergonomic Optimization Adjust the height of the QC table to the natural drooping position of the elbow, avoiding the QC staff from bending over or overextending their arms, and reducing the deformation of movements caused by fatigue. Example: Adopting a liftable QC table with a cushioned seat to reduce the impact of long-time operation on the stability of movement. Second, brand tag equipment and tools optimization Specialized quality control fixture Design of customized fixtures, such as label positioning slots with silicone pads, or vacuum adsorption devices to achieve zero-contact fixation of labels. Case: a luxury brand with pneumatic adsorption fixture, so that the label surface contact area…

Brand tag packaging-A

2025-04-26

The packing method of “Brand tag” needs to be comprehensively designed according to its usage, material, size and transportation requirements, and the core objective is to ensure that the label stays flat, dirt-proof and moisture-proof during storage and transportation, and at the same time is easy to use at the end. The following are packing strategies and operational details for different scenarios: First. basic packing material selection Moisture and anti-fouling layer Use transparent OPP self-adhesive bags or PE film to seal single labels to avoid ink or material deformation by moisture. If the label contains metal foil, hot stamping and other processes, additional wrapping bubble wrap or pearl cotton to prevent scratching. Support reinforcement layer Hard labels (such as acrylic, PVC) need to be separated by thick cardboard or EVA foam to avoid collision. Soft labels ( woven labels, stickers) can be rolled on a hard paper tube and fixed with winding film outside. Batch packing 50-100 labels as a group, packaged in kraft paper or corrugated box, filled with shredded paper or air column cushioning. Valuable labels (such as luxury goods tags) are recommended to be packed independently and then into customized foam boxes. Second, transportation protection program Anti-extrusion measures The carton size should be 5-10cm larger than the label set, and the interior should be filled with bubble wrap or inflatable bags to ensure that there is no space for shaking. Shaped labels (such as three-dimensional hot stamping) need to be customized foam grooves to fix the position of each product. Anti-static treatment Electronic labels (such as RFID chip labels) need to be packaged in anti-static bags, the outer box labeled “anti-static” logo. Extreme environment response When exporting to high temperature and high humidity areas, the outer box should be covered with waterproof film and desiccant should be…

How does the Brand tag detect if the paint is peeling?

2025-04-25

Detecting whether Brand tag (brand label) paint loss need to be combined with the actual application scenarios and material characteristics, usually using the following scientific and systematic methods, covering laboratory testing and field simulation of the two major directions: First. basic laboratory tests (core standards) Scratch method (Cross-Cut Test) Principle: the use of professional knives on the surface of the label cutting grid (spacing 1-2mm), affixed with tape and then quickly tear off, observe the paint film off the area. Judgment standard: According to ASTM D3359 or ISO 2409 standard, shedding area ≤ 5% is qualified (0-1 level), shedding > 15% is judged as unqualified (more than 3 levels). Applicable scenarios: metal, plastic and other rigid substrate labels, especially suitable for industrial or outdoor products. Baguette knife + tape peeling test (upgraded version) Tools: Pocketknife equipped with a guide device (to ensure consistent cutting depth), high-adhesive tape (e.g. 3M No. 600 tape). Operation points: After cutting, use a soft brush to clean up debris, the tape should be torn off at an angle of 45 ° at a constant speed to avoid interference from human factors. Data Record: We should label cutting pressure (e.g. 10N), adhesive value of the tape and ambient temperature and humidity (23±2℃, 50±5%RH). Abrasion Resistance Test (Abrasion Resistance) Equipment: Taber 5135 Abrasion Resistance Tester, loaded with 500g weights, using CS-10 grinding wheel. Criteria: Paint film abrasion ≤ 0.1mm or no substrate exposure after 500 rotations. Relevance: Simulate daily friction (e.g. backpack label rubbing against clothing), especially for textile labels. Second. environmental simulation test (scenario-based verification) Damp heat cycle test Conditions: 85℃/85%RH environment for 48 hours, then turn to -40℃ for 2 hours, cycle 3 times. Failure mode: paint blistering, peeling or substrate corrosion (e.g. metal label oxidation). Criteria: No visible defects and loss of adhesion ≤…

Physical properties of spray oil after plating of metal logo-B

Difference between electrophoresis lattice frame and oil spraying of metal logo-B

Bag hardware of the abrasion resistance -A

Detection of embryos of engraved round metal logo-A

Different of electrophoretic paint and regular paint of hardware-A

Make the brand tag color meet the customer’s requirements-A

Avoid bruises during the quality control process of brand tag-A

Brand tag packaging-A

How does the Brand tag detect if the paint is peeling?

Serach

Recommendations

Metal Bag Snap Hook 12mm In Light Gold For Bag

Metal Bag Round Rivet

Metal D Ring 25mm In Matt Gunmetal For Handbag

Will the metal bag hardware oxidize if the film is not removed?

Rivet Stud 8mm In Antique Gold for Bag Hardware

Tags

New Design

Product

Metal Snap Swivel Hook 20mm In Coffee For Bag

Metal Snap Swivel Hook 15mm In Coffee For Bag

Spring Snap Hook 8mm In Gunmetal For Bag Hardware

Metal Bag Snap Hook 12mm In Light Gold For Bag

Contact US