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191936
JESTIN
| Availability: | |
|---|---|
| Quantity: | |
Part Name | Track Roller |
Place of Origin | Suzhou, China |
Part Number | 191936 |
Quality | High Guarantee |
Weight | About 16 kg/pcs |
MNQ | 1pcs |
Delivery Time | 3-5 Days |
Apply To | W120 FW150CF W200 SP15 W150 |
Track rollers are critical components in chain-driven machinery such as diggers, cold planers, and pavers. These rollers bear the entire weight of the equipment and must withstand constant load stresses while dissipating heat effectively. Cold planers (also known as cold milling machines) with a wider milling width are generally heavier, meaning they require track rollers with a higher load-bearing capacity.
What are the risks of using substandard track rollers?
Higher Maintenance Costs: Inferior track rollers have a short service life, requiring regular repairs and replacements that drive up maintenance expenses.
Unexpected Failures: Poor-quality track rollers are prone to sudden breakdowns, leading to unplanned equipment failures and project delays. Beyond higher maintenance costs, these failures incur additional expenses such as labor fees, delay penalties, and urgent procurement costs for replacement track rollers.
Suboptimal Performance: Low-quality track rollers hinder machinery’s operational efficiency, resulting in various inefficiencies during work.
Higher Operational Costs: Inefficient rollers consume more energy, increasing overall operational expenses.
Shorter Lifespan of Other Undercarriage Parts: Inferior track rollers fail to provide proper force support for other undercarriage components, shortening their service life.
Frequent Replacements Needed: Inferior track rollers wear out quickly, requiring frequent replacements.
Impacts on Project Budgets: Unexpected costs disrupt budget planning and extend project timelines.
What are the basic considerations when comparing track rollers?
Wear Resistance: Wear resistance is the track roller’s ability to withstand abrasion and surface wear over long-term use. This feature is crucial because track rollers are in constant contact with the tracks, which can cause significant wear and tear over time.
Rotation Smoothness: Smooth rotation is essential for reducing friction and heat generation. When a track roller rotates smoothly, it encounters less mechanical resistance, ensuring stable equipment operation.
Heat Dissipation Capability: Track rollers produce heat during operation due to friction. Efficient heat dissipation is vital to prevent overheating, as excessive heat can lead to material deterioration and eventual component failure.
Part Name | Track Roller |
Place of Origin | Suzhou, China |
Part Number | 191936 |
Quality | High Guarantee |
Weight | About 16 kg/pcs |
MNQ | 1pcs |
Delivery Time | 3-5 Days |
Apply To | W120 FW150CF W200 SP15 W150 |
Track rollers are critical components in chain-driven machinery such as diggers, cold planers, and pavers. These rollers bear the entire weight of the equipment and must withstand constant load stresses while dissipating heat effectively. Cold planers (also known as cold milling machines) with a wider milling width are generally heavier, meaning they require track rollers with a higher load-bearing capacity.
What are the risks of using substandard track rollers?
Higher Maintenance Costs: Inferior track rollers have a short service life, requiring regular repairs and replacements that drive up maintenance expenses.
Unexpected Failures: Poor-quality track rollers are prone to sudden breakdowns, leading to unplanned equipment failures and project delays. Beyond higher maintenance costs, these failures incur additional expenses such as labor fees, delay penalties, and urgent procurement costs for replacement track rollers.
Suboptimal Performance: Low-quality track rollers hinder machinery’s operational efficiency, resulting in various inefficiencies during work.
Higher Operational Costs: Inefficient rollers consume more energy, increasing overall operational expenses.
Shorter Lifespan of Other Undercarriage Parts: Inferior track rollers fail to provide proper force support for other undercarriage components, shortening their service life.
Frequent Replacements Needed: Inferior track rollers wear out quickly, requiring frequent replacements.
Impacts on Project Budgets: Unexpected costs disrupt budget planning and extend project timelines.
What are the basic considerations when comparing track rollers?
Wear Resistance: Wear resistance is the track roller’s ability to withstand abrasion and surface wear over long-term use. This feature is crucial because track rollers are in constant contact with the tracks, which can cause significant wear and tear over time.
Rotation Smoothness: Smooth rotation is essential for reducing friction and heat generation. When a track roller rotates smoothly, it encounters less mechanical resistance, ensuring stable equipment operation.
Heat Dissipation Capability: Track rollers produce heat during operation due to friction. Efficient heat dissipation is vital to prevent overheating, as excessive heat can lead to material deterioration and eventual component failure.
