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CJ408
ONA
847490
Our patterns include:
Wide Teeth (WT)
Corrugated (C)
Coarse Corrugated (CC)
Sharp Teeth (ST)
Heavy Duty (HD)
HD Ultra-Thick (UT)
M1 is the standard alloy, offering high resistance to shock and impact. It also work hardens well with hard rock. Our M8 and M9 alloys offer higher resistance to abrasive rock, but have lower resistance to shock and impact.
The optimal jaw plate selection can be determined based on the rock/ore type characteristics (WI, AI) and the feed characteristics (friction, gradation).
CJ jaw crushers are renowned for their durability and efficiency in crushing applications. These crushers offer a variety of jaw plate designs to cater to different operational needs, ensuring optimal performance in various crushing conditions. With a selection of seven distinct tooth patterns and multiple alloy options, Sandvik provides the flexibility to customize the crushing chamber to suit specific quarrying and mining requirements.
The jaw plates available include Wide Teeth (WT), Wide Wave (WW), Corrugated (C), Coarse Corrugated (CC), Sharp Teeth (ST), Heavy Duty (HD), and Heavy Duty Ultra-Thick (UT). Each pattern is designed for specific feed materials and crushing objectives. For instance, the Wide Teeth pattern offers good wear resistance and is suitable for feeds with a high percentage of fines, while the Sharp Teeth pattern is recommended for flaky materials with fines, providing excellent top-size control.
ONA also provides a range of manganese, such as M1, M2, and M8, each with different properties to resist shock, impact, and abrasion. The M1 manganese is the standard, known for its high resistance to shock and impact, making it suitable for hard rock. On the other hand, M2 and M8 manganese are tailored for abrasive rock, offering greater resistance to wear.
The choice of jaw plate is crucial and can be determined by factors such as the rock or ore type characteristics, including Work Index (WI) and Abrasion Index (AI), as well as feed characteristics like friction and gradation. Sandvik's expertise in this area ensures that customers can select the most appropriate jaw plate configuration for their specific application, leading to increased productivity and reduced operational costs.
Our patterns include:
Wide Teeth (WT)
Corrugated (C)
Coarse Corrugated (CC)
Sharp Teeth (ST)
Heavy Duty (HD)
HD Ultra-Thick (UT)
M1 is the standard alloy, offering high resistance to shock and impact. It also work hardens well with hard rock. Our M8 and M9 alloys offer higher resistance to abrasive rock, but have lower resistance to shock and impact.
The optimal jaw plate selection can be determined based on the rock/ore type characteristics (WI, AI) and the feed characteristics (friction, gradation).
CJ jaw crushers are renowned for their durability and efficiency in crushing applications. These crushers offer a variety of jaw plate designs to cater to different operational needs, ensuring optimal performance in various crushing conditions. With a selection of seven distinct tooth patterns and multiple alloy options, Sandvik provides the flexibility to customize the crushing chamber to suit specific quarrying and mining requirements.
The jaw plates available include Wide Teeth (WT), Wide Wave (WW), Corrugated (C), Coarse Corrugated (CC), Sharp Teeth (ST), Heavy Duty (HD), and Heavy Duty Ultra-Thick (UT). Each pattern is designed for specific feed materials and crushing objectives. For instance, the Wide Teeth pattern offers good wear resistance and is suitable for feeds with a high percentage of fines, while the Sharp Teeth pattern is recommended for flaky materials with fines, providing excellent top-size control.
ONA also provides a range of manganese, such as M1, M2, and M8, each with different properties to resist shock, impact, and abrasion. The M1 manganese is the standard, known for its high resistance to shock and impact, making it suitable for hard rock. On the other hand, M2 and M8 manganese are tailored for abrasive rock, offering greater resistance to wear.
The choice of jaw plate is crucial and can be determined by factors such as the rock or ore type characteristics, including Work Index (WI) and Abrasion Index (AI), as well as feed characteristics like friction and gradation. Sandvik's expertise in this area ensures that customers can select the most appropriate jaw plate configuration for their specific application, leading to increased productivity and reduced operational costs.
