Composite Spring Cone Crusher

The SUNWE Composite Spring Cone Crusher is a heavy-duty, high-efficiency secondary and tertiary crushing solution engineered for rigorous aggregate production and mining operations. By integrating an optimized crushing cavity, high swing frequency, and advanced inter-particle lamination technology, this spring cone crusher delivers massive throughput, superior cubical particle shape, and a low total cost of ownership (TCO) for modern processing plants.

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Description

Professional Introduction to the Composite Spring Cone Crusher

The Composite Spring Cone Crusher is a modern, high-performance rock crushing machine developed on the foundation of advanced Symons cone crusher technology. Engineered by SUNWE to meet strict global client demands for higher operational efficiency, this equipment perfectly integrates a high swing frequency, an optimized crushing cavity shape, and balanced stroke kinematics.

Our design focuses on the proven inter-particle crushing principle and the industry-standardmore crushing, less grindingconcept. This robust machinery powers global mining operations, cement plants, and commercial aggregate production facilities. It delivers exceptional stability and consistent output across applications such as concrete mixing plants, dry mortar production, power plant desulfurization, and quartz sand processing.

Technical Specifications

ModelChamberMax.feed size(mm)Min discharge opening (mm)Motor power (kw)Capacity(t/h)Peso (t)
Closed side setting(mm)
6101316192225385164
1000C160131108010013515017523513
M1151011065759012035150
F80811052627278115
EF50611060656570102
1160C18013132151355018020026018
M130101321001102035165175
F901013280105110140
EF6061326074105110130
1300C2001618515018020023031039025
M15013185115140160190210
F1021020090115145160
EF7082008811013555
1400C2151922020022026035044028
M16016220155180200220
F11513220150190210230
EF768220122148185200
1650C23522220-25026531042052558040
M17519220-250215240265320
F13013220-250180210235255275
EF9010220-250148|178|20220
1950C3502230033039052565572550
M20316300230270300330
F14013300185225265340
EF9510300180220260335

C=coarse , M=medium , F=fine , EF=Extra fine.

Heavy-Duty Design Ensures Maximum Equipment Uptime

Built for continuous, high-load industrial environments, the SUNWE Composite Spring Cone Crusher features a large-diameter main shaft and a heavy-duty, rugged main frame. An independent thin-oil lubrication system pairs seamlessly with a smart automatic control system, guaranteeing outstanding mechanical durability and reliable on-site performance. This engineering approach directly minimizes unplanned downtime and secures long-term asset availability.

Reliable Tramp Iron Protection Secures Continuous Production

To prevent equipment damage from uncrushable materials, the machine integrates a highly responsive, spring-loaded tramp iron protection device. This mechanical safety system allows non-crushable objects to pass safely through the cavity and immediately restores the original closed-side setting (CSS) afterward. This rapid response maintains consistent final product sizing without interrupting your production flow, protecting downstream assets and stabilizing overall crushing metrics.

Advanced Lamination Crushing Lowers Your TCO

Our technology utilizes the advanced inter-particle (lamination) crushing principle. This mechanism creates a protective material bed within the crushing chamber, significantly reducing direct metal wear on the mantle and concave liners. Furthermore, it drastically increases the proportion of cubical-shaped particles in the final output, producing premium-grade concrete aggregates that command higher market value and drive a faster return on investment (ROI).

Backing-Free Mechanical Locking Simplifies Maintenance

We have eliminated traditional backing materials from our wear-part assemblies. The Composite Spring Cone Crusher utilizes an efficient mechanical locking system for all wear consumables. This thoughtful design allows for fast, hassle-free liner replacements directly on site, saving valuable labor time and substantially reducing ongoing maintenance overhead.