Brand tag (brand signage) after plating the physical properties of the spray oil will be plated and spray oil material and its process of the joint influence, specific performance is as follows:
A “Brand Tag” is not a generic, widely recognized name for a specific brand or product, so it is not possible to directly provide information on its abrasion resistance. If you need to understand the specific brand label (Brand Tag) product abrasion resistance, you need to clarify the label represents the specific brand, product type (such as apparel, footwear, luggage, etc.) and material, the following is a general analysis framework for different categories of product abrasion resistance: First.a clear “Brand Tag” specific pointsBrand name: It is necessary to confirm whether the “Brand Tag” is a specific series of a brand or logo, such as a clothing brand label series, footwear products, brand identity.Product Type: The abrasion resistance is closely related to the material and use of the product, so it should be clear whether it is clothing, footwear, bags or other categories.Material information: the abrasion resistance of different materials varies significantly, such as leather, canvas, nylon and other materials with different abrasion resistance. Second, the general evaluation dimension of abrasion resistanceClothingFabric abrasion resistance: usually measured by the results of the “Martindale Abrasion Test” (Martindale Abrasion Test), the higher the value means the better the abrasion resistance.Label Material: If the label is made of a separate material (e.g. leather, fabric), reference should be made to its own abrasion test data.FootwearSole abrasion resistance: Take the result of “DIN Abrasion Test” or “Akron Abrasion Test” as a reference, the higher the value, the more abrasion resistant the sole is.Upper material: The abrasion resistance of leather, synthetic leather and other materials should be evaluated by professional tests.LuggageAbrasion resistance of fabrics: Usually measured by the results of “Taber Abrasion Test”, the higher the value, the more abrasion-resistant the fabrics are.Zippers, fasteners and other accessories: their abrasion resistance should be tested separately.Third, the way to get…
11. How does pre-treatment before plating affect the quality of the electroplated layer? Answer: Long-term production practice has proved that most of the quality accidents in electroplating production are not caused by the electroplating process itself. They are mostly due to improper pre-treatment of metal products. Especially the smoothness, adhesion, and corrosion resistance of the electroplated layer are closely related to the quality of pre-treatment. The surface condition and cleanliness of metal products before electroplating are important links to obtaining high-quality electroplated layers. On rough metal surfaces, it is difficult to obtain smooth and bright electroplated layers, and the electroplated layers have more pores, reducing their anti-corrosion performance. If there is any oil or dirt on the metal surface, normal electroplated layers cannot be obtained. 12. What is the definition of free cyanide in cyanide plating solutions? Answer: In cyanide plating solutions, the excess cyanide not combined in complex salts is called free cyanide. For example, in cyanide copper plating solutions, free cyanide is the cyanide that is not part of the [Cu(CN)3]= complex ion. 13. In cyanide copper plating, when the anode becomes passivated and dissolves poorly, why does the content of free cyanide increase? Answer: During cyanide copper plating, if the anode dissolves poorly, although some cyanide ions are oxidized and consumed at the anode, more free cyanide ions are produced at the cathode due to the discharge of copper cyanide complex ions, thus increasing the content of free cyanide in the plating solution. 14. How does the anode material affect the quality of the electroplated layer in acid bright copper plating? Answer: In acid bright copper plating processes, if electrolytic copper anodes are used, copper powder is easily produced, causing rough electroplated layers and rapid consumption of brighteners. Therefore, copper anodes containing a small amount of phosphorus…
