Custom 4-Tooth 1613 PDC Composite Blade Carbide Cutter
|
Core Product Parameters
|
Our customized
4-tooth 1613 PDC composite blade carbide cutter
is a high-performance wear-resistant cutting accessory independently developed and produced for harsh industrial and mining working conditions. Different from conventional single-tooth and double-tooth
PDC cutters
on the market, the 4-tooth integrated structural design optimizes cutting force distribution, effectively solving the problems of easy wear, tooth breakage and low efficiency of traditional cutter teeth in high-strength cutting and crushing scenarios. Adopting high-purity diamond composite layer and high-toughness hard alloy matrix integration technology, this 1613 specification cutter features ultra-high hardness, strong impact resistance and excellent abrasion resistance, adapting to complex and diverse harsh working environments all year round.
We support full personalized customization of size, tooth shape, hardness and chamfer parameters. Strict industrial precision manufacturing ensures stable cutting performance, low friction loss and long service life. It is a core consumable accessory widely applicable to global mining excavation, natural stone crushing, municipal road milling and industrial precision cutting fields.
Wide Application Scenarios
-
Mining Excavation : Suitable for coal mine, iron ore, stone mine and various mineral resource excavation, adapting to hard rock, gravel and complex stratum cutting and drilling operations.
-
Stone Crushing & Processing : Applied to granite, marble, limestone and other natural stone crushing, cutting and shaping processing, with smooth cutting surface and high processing precision.
-
Municipal Road Milling : Special for municipal road renovation, asphalt pavement milling, concrete pavement crushing and road surface renovation construction, resistant to pavement debris impact and friction.
-
Industrial Precision Cutting : Used for industrial hard material cutting, metal auxiliary cutting, building material crushing and other industrial processing scenarios, stable and efficient long-term operation.