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High tensile steel coils are characterized by superior hardness and elasticity, with tensile strength often more than double that of standard steels. These materials are widely used in construction, automotive, industrial tools, and high-performance springs. During slitting, however, they tend to ... Read More
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High tensile spring steel sheets are widely used in automotive parts, mechanical springs, and tool manufacturing due to their excellent elasticity and hardness. However, with tensile strength reaching up to 1000 MPa, slitting often results in large burrs, poor accuracy, and severe camber, which can ... Read More
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For high tensile steel coils with tensile strength ranging from 750 to 1000 MPa, ordinary slitting machines often fail to meet processing requirements. Customers must focus on the following factors when selecting equipment: Machine strength: Processing high tensile steel requires greater shearing ... Read More
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When slitting high carbon steel sheets (such as AISI 1050, 1080, 1095), customers focus on two critical factors: the stability of the hydraulic system and the quality of knife material. These directly determine the precision, efficiency, and durability of the slitting process. Firstly, the hydraulic ... Read More
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In steel production, hot rolled and cold rolled coils are two commonly used materials, and their behavior in the slitting process differs significantly. When choosing a Heavy Duty Steel Slitting Line Machine, customers must consider these material-specific requirements. Hot rolled coils have ... Read More
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With the upgrading of global manufacturing, customers now demand more from coil slitting equipment than just functionality. They seek high precision, high efficiency, cost-effectiveness, and long-term reliability. This is why the Heavy Duty High-Speed Steel Slitting Line Machine is increasingly ... Read More
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The tool and spring industries require materials of exceptional quality, such as AISI 1075 and 1095 high carbon steel sheets, known for their high hardness and elasticity. In coil slitting, insufficient accuracy directly impacts tool sharpness and spring performance. Therefore, the High Precision ... Read More
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The automotive industry has extremely high requirements for steel materials, demanding not only high strength and toughness but also stability during stamping, welding, and assembly. When using ordinary slitting machines to process high tensile automotive steel sheets, issues such as dimensional ... Read More
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In the construction steel industry, slitting efficiency and accuracy directly affect production cycles and cost control. Traditional slitting machines often face limitations such as low speed and poor precision when processing high tensile coils, making them unsuitable for mass production needs. In ... Read More
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In the steel processing industry, high carbon steel coils (such as AISI 1050, 1075, 1095) are known for their high hardness and elasticity, widely used in tools, springs, and industrial parts manufacturing. With tensile strength ranging from 750 to 1000 MPa, ordinary slitting machines struggle to ... Read More
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