Table of Contents
- Need Reliable, High-Output Crushing Without Compromise?
- Product Overview: Built for Non-Stop Crushing Efficiency
- Core Features & Technical Innovations
- Technical Specifications at a Glance
- Where It Excels: Application Scenarios & Proven Results
- Transparent Pricing & Flexible Financing
- FAQs – Expert Answers to Your Questions
High-Capacity Crawler Jaw Crusher – 80 to 1000 Ton/Hour Heavy-Duty Crushing Solution
Need Reliable, High-Output Crushing Without Compromise?
Struggling with inefficient crushing operations, frequent downtime, or escalating maintenance costs? Our Crawler Jaw Crusher delivers unmatched productivity—processing 80 to 1000 tons per hour—while reducing lifecycle costs and maximizing uptime. Designed for demanding mining, quarrying, and construction applications, this machine combines rugged durability with cutting-edge automation for peak performance.
Product Overview: Built for Non-Stop Crushing Efficiency
A crawler-mounted jaw crusher offers unmatched mobility and setup flexibility, eliminating the need for costly fixed infrastructure. Key workflow advantages: .jpg)
- Fast deployment: Self-propelled crawlers enable rapid relocation between sites.
- High throughput: Advanced crushing chamber geometry optimizes material reduction.
- Low operational cost: Energy-efficient hydraulics and wear-resistant components reduce TCO (Total Cost of Ownership).
Core Features & Technical Innovations
| Feature | Benefit |
|---|---|
| Heavy-Duty Crawler Chassis | Stable on rough terrain; minimal ground preparation required |
| Hydraulic Adjustment System | Precise gap settings for consistent output sizing (±5mm tolerance) |
| Intelligent Control Panel | Real-time monitoring of CSS (Closed Side Setting), throughput, and engine metrics |
| Hardox® Liners & Jaws | 30% longer service life vs. standard manganese steel |
| Direct-Drive Crusher Motor | Eliminates belt slippage; 98% power transmission efficiency |
Competitive Edge: Unlike traditional stationary crushers requiring foundations, our crawler model slashes installation time by 70% and adapts to fluctuating project demands. .jpg)
Technical Specifications at a Glance
| Parameter | Specification Range |
|---|---|
| Capacity | 80–1000 TPH (varies by material density) |
| Feed Opening | 800x500mm to 1500x1800mm (configurable) |
| Engine Power | 250–600 kW (EU Stage V / EPA Tier 4 Final compliant) |
| Crusher Weight | 45–120 metric tons (depending on configuration) |
| Max Feed Size | Up to 1200mm (granite, basalt, iron ore) |
Where It Excels: Application Scenarios & Proven Results
- Large-Scale Mining: Consistently processes +800 TPH of copper ore in Chilean open pits. Customer ROI: Payback in <14 months vs. leased fleet.
- Demolition Recycling: Crushes reinforced concrete to -40mm aggregate onsite—eliminating hauling costs. Case Study: German contractor reduced disposal fees by 60%.
Transparent Pricing & Flexible Financing
Current pricing reflects global steel markets and logistics factors (request a quote for project-specific rates). Options include:
- Lease-to-Own: Spread payments over 3–5 years with residual buyout options.
- OPEX Model: Pay per ton crushed—ideal for short-term projects.
FAQs – Expert Answers to Your Questions
Q: How does mobility impact crushing efficiency?
A: Crawlers enable “crush-and-move” workflows—critical for linear projects like road construction or phased mining pits. No wasted time dismantling/reassembling fixed plants.
Q: What’s the expected lifespan of wear parts?
A: Jaw plates last ~120,000 tons in granite applications; liner intervals vary by abrasiveness (see our Wear Guide for detailed estimates).
Q: Can it handle wet/sticky materials?
A: Yes—optional pre-screen modules and hydraulic clearing prevent bridging/clogging in high-clay environments.