Table of Contents
- Optimize Your Screening Operations with Kroosh Vibrating Screens in Israel
- Solving Your Most Costly Screening Challenges
- Kroosh Vibrating Screen Technology Overview
- Engineered Features That Deliver Measurable Results
- Polyharmonic Drive System | Technical Basis: Multi-directional force vectors | Operational Benefit: Eliminates blinding without water sprays | ROI Impact: 22% higher throughput vs. single-frequency screens
- Modular Screen Decks | Technical Basis: Quick-release tensioning clamps | Operational Benefit: Media change in <15 minutes vs. industry average 45 minutes | ROI Impact: Saves $8,400/year in labor costs
- Heavy-Duty Frame Construction | Technical Basis: Laser-aligned structural steel welding | Operational Benefit: Withstands 2.5G vibration loads in abrasive environments | ROI Impact: 60-month service life vs. standard 36-month frames
- Smart Vibration Control | Technical Basis: PLC-adjusted amplitude/frequency | Operational Benefit: Automatically compensates for feed rate fluctuations | ROI Impact: Maintains ±3% efficiency across 70-110% load variations
- Performance Benchmarks vs. Conventional Screens
- Technical Specifications (Kroosh TLS-1845 Model)
- Proven Results in Israeli Operations
- Commercial Options Tailored for Industrial Buyers
- Frequently Asked Questions
Optimize Your Screening Operations with Kroosh Vibrating Screens in Israel
Solving Your Most Costly Screening Challenges
Are inefficient vibrating screens causing:
- Material carryover losses costing over $18,000 annually per unit (based on 5% product loss at average mineral prices)?
- Premature bearing failures requiring 3-4 unplanned shutdowns yearly, each costing $2,500 in maintenance and lost production?
- Blinding issues reducing throughput by 30-40% with moist or sticky materials?
What if your operation could achieve:
✔ Consistent 95%+ screening efficiency with abrasive Israeli quarry materials?
✔ 20,000+ operating hours between major component replacements?
✔ <1% downtime due to screen media clogging?
Kroosh Vibrating Screen Technology Overview
Equipment Type: Multi-frequency linear vibrating screen with Kroosh’s patented polyharmonic excitation system
Typical Workflow:
- Pre-scalping of oversized material (>50mm)
- Primary separation at 2-25mm apertures
- Secondary classification for fines recovery (<2mm)
Applications: Limestone quarries, potash processing, recycled concrete aggregates (RCA) production
Limitations: Not recommended for slurry screening above 40% moisture content
Engineered Features That Deliver Measurable Results
Polyharmonic Drive System | Technical Basis: Multi-directional force vectors | Operational Benefit: Eliminates blinding without water sprays | ROI Impact: 22% higher throughput vs. single-frequency screens
Modular Screen Decks | Technical Basis: Quick-release tensioning clamps | Operational Benefit: Media change in <15 minutes vs. industry average 45 minutes | ROI Impact: Saves $8,400/year in labor costs
Heavy-Duty Frame Construction | Technical Basis: Laser-aligned structural steel welding | Operational Benefit: Withstands 2.5G vibration loads in abrasive environments | ROI Impact: 60-month service life vs. standard 36-month frames
Smart Vibration Control | Technical Basis: PLC-adjusted amplitude/frequency | Operational Benefit: Automatically compensates for feed rate fluctuations | ROI Impact: Maintains ±3% efficiency across 70-110% load variations
Performance Benchmarks vs. Conventional Screens
| Performance Metric | Industry Standard | Kroosh Solution | Advantage |
|---|---|---|---|
| Screening Efficiency | 82-88% | 93-97% | +11% |
| Energy Consumption | 11 kW/t | 8.4 kW/t | -24% |
| Bearing Life (harsh env.) | 8,000 hours | 14,500 hours | +81% |
| Noise Levels @1m | 85 dB | 72 dB | -15% |
Technical Specifications (Kroosh TLS-1845 Model)
- Capacity: 120-180 tph (limestone applications)
- Power: 7.5 kW (400V/50Hz) with soft-start capability
- Deck Area: 1.8m x 4.5m triple-deck configuration
- Frame Material: S355JR steel with ceramic-coated wear plates
- Operating Temp Range: -15°C to +55°C (desert-ready cooling system)
Proven Results in Israeli Operations
Quarry Aggregate Production – Northern Negev Region
Challenge: High silica content causing rapid screen wear (3-week media replacement cycles)
Solution: Kroosh TLS series with polyurethane-tensioned mesh and abrasion-resistant exciters
Results: Media lifespan extended to 9 weeks (+200%), throughput stabilized at 160 tph
Potash Processing Plant – Dead Sea Area
Challenge: Hygroscopic material buildup requiring hourly manual cleaning stops
Solution: Implemented Kroosh’s anti-blinding frequency modulation system
Results: Eliminated cleaning downtime, achieved consistent 96.2% separation efficiency
Commercial Options Tailored for Industrial Buyers
Base Configuration: $78,500 – Includes standard duty motors and manual tensioning system
Premium Package: $92,000 – Adds automated lubrication system and vibration monitoring sensors
Service Contracts: Annual maintenance plans available at $6,200/year (covers all wear parts except media) 
Frequently Asked Questions
Q1: How does the Kroosh screen handle Israel’s high-temperature environments?
A1: Desert-grade bearings and oil cooling systems maintain performance up to +55°C ambient temperature. Field data shows no thermal derating below +50°C.
Q2: What’s the expected energy savings versus conventional vibrating screens?
A2: Actual plant measurements show average consumption of 8.9 kWh/ton versus typical systems at 11.7 kWh/ton – a documented reduction of up to $11,000/year in energy costs per unit. 
Q3: Are retrofit kits available for existing screen structures?
A3: Yes – approximately two-thirds of Israeli installations utilize our bolt-on exciter conversion kits starting at $28,400 including engineering review.




