ISO-Certified Top Ten Stone Crusher Machine Datasheet: A Technical Reference Guide

Abstract

The selection of crushing equipment is a critical determinant of operational efficiency, product quality, and regulatory compliance in the aggregates, mining, and construction industries. This datasheet compiles technical specifications for ten leading stone crusher machine models, all manufactured under quality management systems certified to ISO 9001:2015. The document is intended as a comparative reference for engineers, procurement specialists, and plant managers. Specifications are presented in standardized format to facilitate objective evaluation. Readers are advised to verify current datasheets with original equipment manufacturers (OEMs), as configurations and ratings are subject to revision.

1. Scope and Methodology

The machines included in this compilation were selected on the basis of market presence, installed base, and documented ISO certification of the manufacturing facility. Each entry summarizes feed size, throughput, motor power, crushing mechanism, and applicable standards. Throughput figures are nominal and vary with feed gradation, moisture content, bulk density, and closed-side setting (CSS). All dimensions and capacities are drawn from published OEM documentation; where ranges are given, they reflect configuration-dependent variability.

2. Datasheet Compilation

2.1 Primary Jaw Crusher — Model JC-1100

The JC-1100 is a single-toggle jaw crusher designed for primary reduction of hard and abrasive rock. Feed opening measures 1,100 × 850 mm, accepting lump sizes up to 750 mm. Nominal throughput ranges from 200 to 450 t/h at a CSS of 100–200 mm. Drive power is 160 kW at 380–415 V, 50/60 Hz. The crusher frame is fabricated from normalized steel plate with finite-element-optimized ribbing; jaw plates are available in manganese steel (Mn18Cr2) or martensitic alloy. ISO 9001:2015 certification covers design, production, and service. Optional features include hydraulic CSS adjustment and a radio remote control for the feeder.

2.2 Primary Jaw Crusher — Model PE-1200×1500

A heavy-duty primary unit suited to quarry and mine feed preparation. Feed opening is 1,200 × 1,500 mm with a maximum feed size of 1,020 mm. Throughput is rated at 400–800 t/h depending on CSS (150–300 mm). Installed power is 220 kW. The eccentric shaft is forged from 42CrMo alloy steel and mounted in spherical roller bearings. The unit is supplied with a hydraulic wedge-adjust system and centralized lubrication. Manufacturing is certified to ISO 9001:2015, with weld procedures qualified to ISO 3834-2.

2.3 Secondary Cone Crusher — Model SC-300

A high-capacity cone crusher for secondary and tertiary duty. Maximum feed size is 300 mm; throughput ranges from 180 to 450 t/h at CSS 16–51 mm. Motor power is 250 kW. The machine employs a hydraulic clearing and adjustment system, allowing CSS changes under load. The crushing chamber is available in coarse, medium, and fine profiles. Liner material is manganese steel with optional ceramic composite inserts for abrasive service. Certified to ISO 9001:2015; electrical components carry CE marking.

2.4 Secondary Cone Crusher — Model HP-500

A multi-cylinder hydraulic cone crusher for high-reduction secondary and tertiary applications. Feed size up to 320 mm; throughput 300–600 t/h at CSS 13–38 mm. Power rating is 355 kW. The unit features hydraulic overload protection, automatic tramp release, and an integrated control system with touchscreen interface. The main shaft is forged and heat-treated; the eccentric bushing is bronze. ISO 9001:2015 certification applies to the manufacturing system; the control system is developed under ISO/IEC 27001-aligned data security practices.

2.5 Impact Crusher — Model CI-150

A horizontal-shaft impact (HSI) crusher for primary and secondary reduction of low- to medium-abrasive materials. Feed opening is 1,540 × 930 mm; maximum feed size 700 mm; throughput 250–500 t/h. Rotor diameter is 1,500 mm with a 1,400 mm width. Drive power is 315 kW. The rotor is statically and dynamically balanced; blow bars are available in high-chrome (Cr26) or martensitic alloy. Hydraulic opening of the housing facilitates blow bar rotation and maintenance. Certified to ISO 9001:2015.

2.6 Impact Crusher — Model VSI-900

A vertical-shaft impact (VSI) crusher for shaping and sand production. Maximum feed size is 50 mm; throughput ranges from 120 to 350 t/h depending on rotor configuration and feed grading. Dual 200 kW drives are standard (total 400 kW). The machine offers rock-on-rock and rock-on-anvil configurations, selectable via rotor and anvil assembly change. The closed rotor is dynamically balanced to ISO 1940-1 Grade 6.3. ISO 9001:2015 certification covers manufacture and assembly.

2.7 Hammer Crusher — Model HM-800

A single-rotor hammer crusher for medium-hard and brittle materials. Feed size up to 400 mm; throughput 80–200 t/h at a product size of 0–30 mm (adjustable via grate bars). Rotor diameter is 800 mm; drive power is 110 kW. Hammers are forged from high-manganese steel; the rotor is balanced after assembly. The unit includes a hydraulic housing opening mechanism and replaceable wear liners. Certified to ISO 9001:2015.

2.8 Roll Crusher — Model RC-600

A double-roll crusher for controlled reduction of friable and sticky materials. Roll diameter is 600 mm; roll width 800 mm; maximum feed size 80 mm; throughput 30–90 t/h with product size adjustable from 2 to 20 mm. Drive power is 2 × 30 kW. Rolls are fitted with replaceable manganese or hardfaced shells; bearings are grease-lubricated spherical roller type. The gap is adjusted via shims or optional hydraulic system. ISO 9001:2015 certified.

2.9 Mobile Jaw Crusher — Model MJ-960

A track-mounted mobile jaw crushing plant for contract crushing and urban demolition. Feed opening is 960 × 600 mm; maximum feed size 500 mm; throughput 150–300 t/h. Power is supplied by a 186 kW diesel engine with optional electric drive. The unit includes a vibrating grizzly feeder, side-discharge conveyor, and magnetic separator. Track-mounted chassis with radio remote control. The complete plant is manufactured under ISO 9001:2015; noise emissions are documented per ISO 3744.

2.10 Mobile Cone Crusher — Model MC-1300

A track-mounted mobile cone crushing plant for secondary and tertiary duty. Maximum feed size is 220 mm; throughput 200–400 t/h at CSS 16–44 mm. Power is provided by a 300 kW diesel engine or electric supply. The plant integrates a three-deck pre-screen and closed-circuit return conveyor. The cone is a multi-cylinder hydraulic design with automatic setting regulation. Manufactured under ISO 9001:2015; the dust suppression system is designed with reference to ISO 12100 risk assessment principles.

3. Comparative Notes

The ten machines span primary, secondary, tertiary, and shaping duties. Primary jaw units (2.1, 2.2) are characterized by large feed openings and lower reduction ratios; cone crushers (2.3, 2.4) provide higher reduction ratios and superior product shape; impact crushers (2.5, 2.6) offer high reduction ratios in less abrasive applications; the hammer and roll units (2.7, 2.8) serve niche duties requiring controlled product sizing. Mobile plants (2.9, 2.10) trade absolute capacity for operational flexibility.

4. Compliance and Verification Statement

All ten manufacturers hold ISO 9001:2015 certification for quality management systems, verified through accredited certification bodies. Purchasers should request current certificates, scope statements, and surveillance audit records. Where CE marking or other regional conformity is claimed, the applicable directives and harmonized standards should be confirmed. Throughput and power figures in this datasheet are nominal; site-specific performance should be validated through vendor guarantees and, where practicable, reference installations.

5. Disclaimer

This datasheet is a technical reference compilation and does not constitute an offer, warranty, or endorsement. Specifications are subject to change without notice. Users must consult the OEM’s current documentation and conduct independent engineering verification prior to procurement or installation.