1
Jul.
31, 2025
Metal pretreatment steps, we must have been familiar with, today, we popularize, we should be how to choose the metal rust remover?
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2
Jul.
31, 2025
Importance of Hydrogen Removal after Fastener Plating
Hydrogen removal after fastener plating is a critical post-treatment process, primarily due to the risk of hydrogen embrittlement—a phenomenon that can lead to catastrophic fastener failure, especially in high-strength materials. Here’s why it’s important and how it’s typically addressed:
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3
Jul.
31, 2025
How many ways to dehydrogenate fasteners?
Most common and effective method for high-strength fasteners.
Process: Heating fasteners at 190–230°C (375–450°F) for 4–24 hours (depends on material strength and plating type).
Key Considerations:
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4
Jul.
31, 2025
Would you like details on baking parameters for specific fastener grades?
To ensure effective hydrogen embrittlement relief (HER), the baking time and temperature must be optimized based on:
Fastener material strength (e.g., Grade 5 vs. Grade 8)
Plating type (e.g., zinc, cadmium, chrome)
Industry standards (e.g., ASTM, ISO, MIL-SPEC)
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5
Jul.
31, 2025
Why is annealing necessary for the continuous galvanising process?
Improved machinability: Annealing reduces the hardness of the metal, making it easier to perform machining operations such as bending and stretching, and less prone to breakage. The annealing process removes some of the internal stresses, making the metal smoother to machine and reducing the risk of cracking or fracture. In addition, annealed metal performs well when welded, with superior weld qua
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6
Jul.
31, 2025
Several main types of annealing furnaces
Continuous High Speed Annealing Furnace: This type of furnace is known for its high efficiency and can handle large quantities of metal parts and alloy materials. It uses continuous heating and high heat transfer technology to achieve a fast annealing process, and is widely used in environments that require efficient production, such as automotive manufacturing and electronics.
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7
Jul.
31, 2025
Why plating should be equipped with ultrasonic cleaning
Ultrasonic wave through high-frequency vibration generated by the cavitation effect and mechanical vibration effect (such as eddy current, shear force), can quickly strip the parts surface oil, oxide layer, polishing paste and small particles of impurities.
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8
Jul.
31, 2025
What are the advantages of ultrasonic cleaning before plating
Plating before ultrasonic cleaning compared to traditional cleaning methods (such as soaking, spraying, manual brushing, etc.) has significant advantages, especially in the cleaning effect, efficiency, applicability and other aspects of outstanding performance.
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9
Jul.
31, 2025
How to improve the quality of plated fasteners
Improving the quality of electroplated fasteners requires comprehensive optimization from material selection, process control, post-treatment and quality management.
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10
Jul.
31, 2025
Why hot-dip galvanizing need to remove iron
In the hot-dip galvanizing process, Iron removal (i.e., removing iron impurities from the zinc solution) is a critical step in ensuring the quality of the coating and extending the life of the zinc pot.
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11
Jul.
31, 2025
Role of Fluxing in Hot-Dip Galvanizing
In the hot-dip galvanizing process, Fluxing is a key step between pre-treatment (pickling, washing) and dip plating, and its role directly affects the quality, uniformity and adhesion of the coating.
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12
Jul.
31, 2025
Discover the vital role of winding machines in our latest article! These essential tools streamline the winding of wires, coils, and cables across various industries. Explore the diverse types, features, and benefits of winding machines, and enhance your knowledge of their impact on manufacturing processes. Dive in today for a comprehensive understanding!
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13
Jul.
31, 2025
The difference between hard anodizing and ordinary anodizing
Do you know the difference between hard anodizing and ordinary anodizing?
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14
Jul.
31, 2025
What is electroless tin plating?
Electroless tin plating (also called autocatalytic tin plating) is a chemical deposition process that forms a uniform, solderable tin coating on conductive or non-conductive substrates without using electrical current. Unlike electroplating, it relies on redox reactions in a controlled chemical bath.
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15
Jul.
31, 2025
What are the commonly used electroplating additives?
Electroplating additives are chemical additives used in the electroplating process that can enhance the effect of electroplating and improve the quality and uniformity of the coating.
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16
Jul.
31, 2025
Why should we adjust the surface before metal phosphating?
Hebei RST is special who provides turnkey solution and customized design as per your product, capacity and coating requirement. Our service starts from design to successful trail production. We know well about the phosphating machines as well as chemicals, skills. Freely contact sales manager Marisa whatsapp +86-18132654670 to start your own plant.
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17
Jul.
31, 2025
The difference between stainless steel sealers and passivators and their application scenarios
In the field of metal surface treatment, passivation and sealing both play an important role. Electroplating is a common method of rust prevention, while passivation and sealing are often used as further protective measures. So, is the passivation treatment after electroplating equivalent to sealing? What are the differences in the treatment effects of the two?
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