Trenching Pick Specifications
Xinda Trenching Picks are designed for heavy-duty trenching in abrasive and impact-prone ground conditions. Featuring optimized carbide tip diameters (Ø22–Ø25 mm) and reinforced steel bodies, they ensure stable penetration and consistent cutting performance.
Each model utilizes ultra-coarse-grain cemented carbide and high-strength alloy steel, with optional wear-protection structures to enhance resistance to abrasion and impact. This section provides key dimensional data and application guidance to support accurate model selection.
Trenching Pick Specifications
Xinda Trenching Picks are designed for heavy-duty trenching in abrasive and impact-prone ground conditions. Featuring optimized carbide tip diameters (Ø22–Ø25 mm) and reinforced steel bodies, they ensure stable penetration and consistent cutting performance.
Each model utilizes ultra-coarse-grain cemented carbide and high-strength alloy steel, with optional wear-protection structures to enhance resistance to abrasion and impact. This section provides key dimensional data and application guidance to support accurate model selection.
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Trenching Pick Specifications
Xinda Trenching Picks are designed for heavy-duty trenching in abrasive and impact-prone ground conditions. Featuring optimized carbide tip diameters (Ø22–Ø25 mm) and reinforced steel bodies, they ensure stable penetration and consistent cutting performance.
Each model utilizes ultra-coarse-grain cemented carbide and high-strength alloy steel, with optional wear-protection structures to enhance resistance to abrasion and impact. This section provides key dimensional data and application guidance to support accurate model selection.
Xinda Trenching Picks are designed for heavy-duty trenching in abrasive and impact-prone ground conditions. Featuring optimized carbide tip diameters (Ø22–Ø25 mm) and reinforced steel bodies, they ensure stable penetration and consistent cutting performance.
Each model utilizes ultra-coarse-grain cemented carbide and high-strength alloy steel, with optional wear-protection structures to enhance resistance to abrasion and impact. This section provides key dimensional data and application guidance to support accurate model selection.
