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4 bottom fenders
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Antifriction material with horizontal welding making it more wearable and mean while ensuring a strong buckling strength
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Chemical composition
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C Si Mn Cr Mo P
≤ 0.29 0.70 1.60 1.00 0.60 0.025
S B
0.010 0.004
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Installation of cutting teeth
socket
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High performance antifriction plate,with a strong intensity and abrasion resistant capability.
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Installation of lateral blade
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High performance antifriction plate,with a strong intensity and abrasion resistant capability.
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Dynamic composition
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Tensile steength δb≥1500N/mm2
Hardness HB 450~540
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Lateral fender
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High kperformance antifriction plate,with a strong intensity and abrasion resistant capability
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Tooth
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The forged SBIC products made by the well known Korean XINGPU Adopted
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Chemical composition
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C 0.28
Ni 0.06
Mo 0.11
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Dynamic
performance
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δb 1372N/mm2 HB≥495
Impact value≥15J( -40 )
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Adapter
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SBIC Products made by the well known Korean XINGPU Adopted
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Other structural material
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Standard proprietary material of excavator adopted
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Chemical
composition
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C 0.12~0.2
Ni 0.2~0.55
Mo 1.2~1.60
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Dynamic
performance
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Tensile strength≥545N/mm2
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Trade mark
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All buckets produced by HONGWING bear a trademark of the company HW High Quality Bucket
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The buckling resistance and tensile strength are tested in the laboratory.The antifriction test is carried out at the position of CAT966G bucket.Operating environment:loading granite.
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Material\Item
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Buckling resistance
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Tensile strength
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Anti-attrition
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Common material
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71500N
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556.27N/mm2
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1.35mm/50h
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Anti-attrition Material
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115000N
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1351.35N/mm2
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0.64mm/50h
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The integral performance of the bucket:The bucket is possessed of both an adequate digging force and a good filling capability and suitable to be used in different environments by overcoming the weak points for the imported buckets of good filling performance but without an ideal digging force or of a strong digging force but with a weak filling capability.HONGWING high-intensity bucket is made by considering both the quality and the structure of the material instead of simply thickening the material making the bucket obtain enough tensile strength by using the antifriction material with the same performance and mean while avoidingconsuming more power for the extra weight.
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