Piastre in acciaio resistenti all'usura


Piastre in acciaio resistenti all'usura

Marchio del prodotto: Gnee
Tempo di fondazione: 2008
Paesi venduti: 60+
Standard: AiSi, ASTM, bs, DIN, GB, JIS
Grado: NM300, NM360, NM400, NM450, NM500, NM550, NM600
Campione: Freely

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Reasons to choose wear resistant steel plates from GNEE

GNEE was established in 2008, and after 15 years of development, the company’s staff has grown from the initial 5 people to 120 people today. Our company has expanded from the initial 50 square foot hut to the present 2000 square foot office building, GNEE is constantly developing. And our development and progress are much more than that, our production experience is growing, our sales experience is growing, our factory is expanding, our partners are growing, our customers are increasing worldwide, the quality of our products is improving, and our certificates are growing.

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GNEE’s high-quality products and services have won customers’ love and support at home and abroad. We have reached cooperation with customers from 1,200 Togolese countries and regions, including Russia, India, Chile, Brazil, Vietnam, Malaysia, Australia, Pakistan, and Thailand. GNEE’s goal is to become the world’s most internationally competitive supply chain group, and we will continue to work hard to achieve our goal.



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Advantages of Wear-Resistant Steel Plates


The main advantage of GNEE’s wear resistant plates is their ability to withstand high levels of wear and abrasion. These plates are specifically designed to resist the abrasive forces encountered in industries such as mining, construction and manufacturing. By using wear-resistant steel plates, equipment and structures can have a longer service life, reducing the need for frequent repairs or replacements.

By extending the life of equipment and structures, GNEE’s wear-resistant steel plates help reduce maintenance and replacement costs. Equipment downtime and associated repair costs can be drastically reduced, increasing productivity and saving us money.

GNEE’s wear resistant steel plates maintain their integrity and shape even under harsh working conditions. They provide reliable protection against abrasion, shock and other forms of mechanical damage, allowing equipment to operate at peak performance levels for longer.

GNEE’s wear resistant plates are available in a variety of grades and thicknesses, making them suitable for a wide range of applications. They are used in a variety of industries including mining, construction, quarrying, recycling, cement production and material handling. GNEE’s panels can be customized to fit specific equipment or structures, ensuring a precise fit and optimum protection.

Despite its high hardness, GNEE’s wear-resistant steel plate has good weldability and machinability. This allows easy fabrication and installation, and the possibility of repair or modification as required. Welding techniques such as stud welding or plug welding can be used to fasten the wear-resistant plate to the existing surface, providing cost-effective improvements in wear resistance.

Compared to alternative materials such as cladding plates or larger structures, GNEE’s wear-resistant steel plates provide a lightweight solution without compromising strength and durability. This weight reduction increases equipment efficiency, reduces fuel consumption, and makes it easier to handle during installation or repair.

In addition to wear resistance, GNEE’s wear-resistant steel plate also exhibits excellent corrosion resistance. This makes them suitable for applications exposed to corrosive environments such as mining operations involving acidic or alkaline solutions.

GNEE’s wear-resistant steel plates can be designed and manufactured to maintain the aesthetics of equipment or structures. They can be painted or coated to match surrounding surfaces, providing functional and visual benefits.

Precautions for the use and storage of wear-resistant steel sheets

Handling and transport

Wear-resistant steel sheets are heavy and can be awkward to handle. Proper lifting equipment must be used and proper handling procedures followed to prevent accidents and injuries. During transport, properly secure the steel plates to prevent displacement or damage.


Storage conditions

Store wear-resistant steel plates in a clean, dry and well-ventilated area to minimise the risk of corrosion. Ideally, they should be stored indoors to prevent exposure to moisture, direct sunlight and extreme temperature fluctuations. If outdoor storage is necessary, cover the panels with a tarpaulin or similar protective material.

Surface protection

Before storage or installation, ensure that the surface of the wear-resistant steel plates is clean and free from dirt, debris or any corrosive substances. Applying a suitable rust inhibitor or protective coating will help prevent oxidation and surface damage.


Avoid impact and abrasion

Despite their high resistance to abrasion, wear-resistant steel plates are still susceptible to damage from heavy blows or abrasive materials. Handle the steel plate with care and avoid rough contact or dragging on rough surfaces that could cause scratches or gouges.

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Chemical composition analysis: Our material analysis service includes a detailed examination of the chemical composition of wear-resistant steel plates. We use various techniques, such as spectroscopy or elemental analysis, to determine the presence and concentration of the different elements. This analysis ensures that the steel plates meet the specified chemical composition requirements and that they have the required alloying elements for optimum wear resistance.
Mechanical properties testing: We carry out comprehensive mechanical testing to assess the performance characteristics of wear-resistant steel plates. This includes tests for tensile strength, yield strength, hardness, impact resistance and other relevant properties. By evaluating these properties, we provide valuable data to determine the plate’s strength, toughness and ability to withstand abrasive forces and impacts in harsh environments.

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Dimensional Accuracy: GNEE’s inspection services include a thorough evaluation of the dimensional characteristics of wear resistant steel plates. GNEE utilizes advanced measurement tools and techniques to verify dimensions such as length, width, thickness, and any specific geometric requirements. This analysis ensures that the steel plate meets the required dimensional tolerances, making it a proper fit and compatible with the intended application.
Flatness and Surface Profile: GNEE carefully checks the flatness and surface profile of wear-resistant steel plates. Using precision instruments, GNEE measures the flatness of steel plates and identifies any deviations or irregularities. This helps ensure that the steel plates have a smooth and even surface, which is critical to maintaining contact and minimizing wear during operation.
Surface Cosmetology: GNEE’s inspection service pays close attention to the appearance of wear-resistant steel plates. We carefully inspect the steel panels for any cosmetic defects such as scratches, dents, potholes or surface irregularities. By evaluating surface cosmetics, GNEE ensures that steel panels meet expected visual standards and present an aesthetically pleasing appearance.
Visual Defect Analysis: GNEE’s inspectors apply their expertise to visually analyze wear plate for any visible defects that may affect its performance or durability. This includes identifying any signs of corrosion, oxidation, coating irregularities or other surface anomalies. By performing this analysis, we help clients identify potential problems and take appropriate steps to resolve them.
Compliance verification: GNEE’s dimensional and visual inspection services ensure that wear-resistant steel plates comply with relevant industry standards and your requirements. GNEE verifies whether the steel plate meets the specified dimensional tolerances and appearance standards, providing customers with assurance of quality and compliance.
Detailed inspection report: After the inspection is completed, GNEE provides a detailed inspection report, which outlines the inspection results, including dimensional measurement, surface observation, and appearance analysis results. These reports serve as invaluable documentation of the dimensional accuracy and appearance condition of the panels, facilitating transparent communication and quality control.

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Tensile Strength Testing: GNEE conducts tensile strength testing to determine the maximum load that wear resistant steel plates can withstand before failure. This type of testing helps assess the overall strength of the steel plate and provides insight into its ability to resist deformation under tension.
Yield Strength Testing: GNEE’s services include yield strength testing, which measures the stress level at which a steel plate transitions from elastic deformation to plastic deformation. This test determines the ability of a steel plate to withstand an applied load without permanent deformation.
Hardness Testing: GNEE utilizes hardness testing techniques, such as Rockwell or Brinell hardness testing, to evaluate the resistance of wear-resistant steel plates to indentations and scratches. The hardness value provides valuable information on the wear resistance of the steel plate and its ability to withstand abrasive forces.
Impact Testing: GNEE’s mechanical testing services include impact testing, such as Charpy or Izod testing, to assess the ability of a steel plate to absorb energy during impact. These tests help evaluate the toughness of the board and its ability to withstand sudden shocks or knocks.
Fracture Toughness Testing: GNEE conducts fracture toughness testing to determine a sheet’s resistance to crack propagation and ability to withstand brittle fracture. This testing provides insight into the structural integrity of the panels and their ability to withstand stress concentrations.
Abrasion Resistance Test: GNEE conducts abrasion resistance tests, such as nail on plate or abrasion resistance test, to evaluate the abrasion resistance of the board. These tests simulate real-world conditions and help determine the durability and performance of the panels in wear-intensive environments.

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Coating Thickness Measurement: GNEE uses precise measurement techniques, such as magnetic induction or eddy current testing, to accurately determine the thickness of coatings applied to wear-resistant steel plates. This analysis helps ensure that coatings meet specified thickness requirements for optimum wear resistance and protection.
Adhesion Testing: GNEE’s services include adhesion testing to evaluate the bond strength between the coating and the steel plate surface. GNEE utilizes industry standard methods, such as pull-off testing or cross-cut testing, to evaluate the ability of coatings to adhere to steel surfaces. This analysis ensures that the coating remains intact and provides reliable protection against wear and corrosion.
Surface Uniformity Evaluation: GNEE carefully inspects the surface of wear-resistant steel plates to evaluate the uniformity and consistency of the coating. By visual inspection and utilizing specialized instruments, GNEE determines any unevenness, streaks or changes in the appearance of the coating. This analysis ensures that the coating provides consistent protection across the surface of the steel plate.
Coating Integrity Evaluation: GNEE’s services focus on evaluating the integrity and durability of coatings. We evaluate the coating for signs of cracking, peeling, blistering or other coating defects that could affect its protective properties. By performing this assessment, GNEE helps clients identify potential problems and take the necessary actions to maintain the integrity of the coating.
Corrosion resistance analysis: We perform corrosion resistance tests, such as salt spray testing or electrochemical impedance spectroscopy, to evaluate the coating’s ability to protect wear-resistant steel plates from corrosion. These tests simulate a corrosive environment and provide valuable information about the coating’s resistance to degradation.
Surface roughness measurement: GNEE uses special equipment to measure the surface roughness of wear-resistant steel plates. This analysis helps to evaluate the smoothness and uniformity of the steel plate surface, which may affect its wear resistance, friction performance and ease of maintenance.
Compliance verification: GNEE’s coating and surface analysis services ensure that the coating of wear-resistant steel plates complies with relevant industry standards and customer requirements. We verify that the coating meets the specified quality standards and provides the required protective properties.
Detailed Inspection Report: Following completion of the analysis, GNEE provides a detailed inspection report outlining findings including coating thickness measurements, adhesion test results, visual observations and recommendations. These reports serve as valuable documentation of coating quality and condition, enabling transparent communication and quality control.

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