When to choose the PLATEX 200
The PLATEX 200 by Takımsan occupies the upper-mid tier of the PLATEX series: 850–1,800 kg/hr with a 110 kW extruder motor, and a larger barrel diameter that extends top-end capacity by approximately 300 kg/hr above the PLATEX 185. The additional 900 kg of installed weight (6,400 kg vs 5,500 kg for the PLATEX 185) reflects the larger barrel section and extended processing zone.
The PLATEX 200 is the right choice when production requirements are reliably above 1,200 kg/hr and a single high-throughput line is preferred over operating two mid-range units in parallel. At 1,500 kg/hr on standard rigid PVC compound, the PLATEX 200 operates comfortably within its capacity range while retaining 300 kg/hr of headroom — unlike the PLATEX 185, which approaches its ceiling at 1,500 kg/hr on demanding formulations.
A typical PLATEX 200 customer is a large-scale PVC compound or recycled polymer producer: a facility supplying multiple profile extrusion lines totalling 40,000–80,000 tonnes/year compound output, or a high-capacity post-consumer recycling operation where consistent melt quality at 1,200–1,800 kg/hr determines product value.
Comparing to adjacent models: The PLATEX 185 (750–1,500 kg/hr, 5,500 kg, 90 kW) has a smaller processing zone and is the right specification when 1,200 kg/hr is the sustained target. The PLATEX 215 (1,000–2,000 kg/hr, 132 kW, PR 250 only) is the largest standard PLATEX model and is specified when the throughput requirement exceeds 1,800 kg/hr or when the compound class demands the full 90 kW motor rating.
Materials and applications
Rigid PVC compound at large scale: window profile, pipe, cable duct formulations with standard CaCO3 loading up to 50 phr. At 1,500 kg/hr, the PLATEX 200 can supply the compound requirement of a 10–15 line profile extrusion park running two shifts. For process parameters, see rigid PVC compounding.
Soft PVC: high-volume cable compound and automotive interior materials. The planetary roller geometry holds melt temperature in the 150–175°C range across the full 800–1,800 kg/hr output band — a key advantage over twin-screw alternatives where shear-induced temperature rise is harder to control at this scale.
PE + CaCO3 at up to 60% filler: the extended processing zone of the PLATEX 200 provides additional residence time for filler wetting and dispersion compared to the PLATEX 185 — relevant for demanding grades where homogeneity specification is tight.
WPC: wood flour at 50–65% by weight with PE or PP. Stage 2 vacuum degassing is designed for the higher moisture volumes associated with large-scale WPC production. Takımsan sizes the degassing stage to match specific throughput targets during commissioning.
Plastic recycling: post-consumer polyolefin streams at industrial scale. The vacuum degassing chamber removes moisture and volatile decomposition products from variable-quality recyclate — a consistent quality advantage over single-pass single-screw recycling lines.
Colour masterbatch: large-volume concentrate production for industrial-scale masterbatch distributors.
Power consumption economics
At 1,200 kg/hr on a rigid filled PVC compound (approximately 25 phr CaCO3), the PLATEX 200 with PR 250 gearbox draws approximately 62–70 kW from the 110 kW extruder motor. Total power including discharge motor, vacuum system, and auxiliaries: approximately 108–120 kW. These are estimates; actual draw depends on formulation, output rate, and gearbox configuration.
Over a 6,000-hour operating year (two shifts, approximately 250 days), at an average throughput of 1,200 kg/hr:
- PLATEX 200 electrical consumption: approximately 648,000–720,000 kWh
- At €0.10/kWh: approximately €64,800–72,000/year
A co-rotating twin-screw compounder at equivalent 1,200 kg/hr throughput on rigid PVC typically requires 95–110 kW main drive at high utilisation. At 6,000 hours: approximately 570,000–660,000 kWh main drive alone, plus proportionally larger auxiliaries — total approximately 20–25% higher electrical consumption (estimated). At this production scale, the estimated annual energy saving is approximately €12,000–20,000.
Takımsan provides factory acceptance testing (FAT) before shipment, with a commissioning engineer on-site for startup. Spare parts are held in stock in İstanbul with standard lead times of 2–4 weeks to European destinations.
Why PLATEX 200 over alternatives
vs. European-manufactured planetary roller extruders at this capacity: The planetary roller processing principle — helical roller geometry, 45° helix angle, vacuum degassing — is equivalent. Takımsan ISO 9001:2015 certification and CE marking satisfy the same quality documentation requirements. Total cost of ownership for PLATEX by Takımsan at this capacity tier is typically 30–50% lower than a comparable European planetary extruder specification (estimated). At 1,200–1,800 kg/hr production scale, that cost difference represents a significant portion of the machinery investment.
vs. large co-rotating twin screw: The planetary roller’s lower specific energy input per kg of compound is most significant at high throughput. At 1,200+ kg/hr, a co-rotating twin screw of equivalent capacity typically consumes 20–25% more electrical energy (estimated). Melt temperature control is also harder at high outputs on co-rotating twin screws — the planetary roller geometry maintains stable melt temperature through the film-forming mechanism rather than relying on active barrel cooling.
vs. two PLATEX 165 units in parallel: Two PLATEX 165 machines at 900 kg/hr each provide 1,800 kg/hr combined throughput — equivalent to the PLATEX 200’s upper range. However, two units require two operators, two maintenance schedules, and two separate feedstock delivery systems. A single PLATEX 200 is operationally simpler at equivalent throughput.
The full PLATEX range is compared on the system overview page. Replacement parts for the PLATEX 200 are available via Takımsan spare parts.
