Why Owners Choose CTE
Plants evaluate CTE as a profit-improvement investment when they need to reduce operating losses, stabilize output, and improve product quality.
Sponsored by CTE Corporation | Operated by Zenken Corporation
Japanese Twin-Screw Extruder Technology
CTE Extruders for
Recycled Plastics,
High-Filler Compounds,
PVC, and Biomass Materials
For owners, plant managers, and engineering teams facing unstable output, heat-related defects, trapped gas, or difficult feedstock, CTE's patented counter-rotating, non-intermeshing twin-screw technology helps turn challenging materials into more stable, profitable production.
Up to 2x*
Throughput vs. conventional co-rotating systems
10-20 C
Lower resin temperature in low-heat extrusion
Can reduce
Bubble-related defects through stronger degassing
Patented counter-rotating, non-intermeshing technology
Made in Japan
30+ years of extrusion expertise
*Throughput comparison between non-intermeshing, counter-rotating
and intermeshing, co-rotating twin-screw extruders at 40 mm screw
diameter, based on CTE data.
Well-fit applications
CTE extruders are well suited for high-filler compounds, recycling, PVC, biomass, and other materials that can push conventional co-rotating systems beyond their practical limits.
What to Expect After Your Inquiry
CTE reviews your material, process challenges, and production bottlenecks, discusses testing if needed, and recommends a machine concept that fits your line.
01
Energy Cost
Excess heat raises cooling load and monthly power cost
Conventional
High shear heat forces more cooling and more utility use
In intermeshing, co-rotating systems, material is pushed through kneading discs under continuous high compression. That friction increases resin temperature quickly and makes thermal management expensive.
CTE Advantage
Lower-heat kneading supports lower resin temperature
CTE's rotor design repeats compression and release rather than trapping material in constant high compression. This controls heat generation and supports resin temperatures 10-20 C lower than conventional twin-screw systems.
Business impact:
lower cooling demand helps reduce energy cost
while protecting product quality.
02
Material Waste
Weak degassing turns trapped gas into rejects and lost
margin
Conventional
Poor venting can create bubbles, defects, and unstable pellets
When gas cannot escape smoothly during compounding, pellets are more likely to contain air bubbles. Those defects can lead to quality issues, rejected lots, rework, and weaker downstream performance.
CTE Advantage
Non-intermeshing structure creates a stronger gas release path
Because the two screws do not intermesh, gas and air can escape through the gap between them and vent out smoothly. That is one reason CTE extruders are valued for recycling, high-filler compounding, and difficult feedstocks.
Business impact:
Can reduce pellet defects can improve yield,
customer quality confidence, and usable output.
03
Throughput Loss
Output drops when heat and feeding issues force slower
operation
Conventional
Plants often slow screw speed to avoid degradation and feed-neck issues
When the process builds too much heat or gas backflow disturbs feeding, operators are forced to reduce speed or accept unstable production. That lowers usable output and limits factory growth.
CTE Advantage
Stable feeding and low-heat compounding support higher output
CTE combines strong degassing, efficient conveying, and lower heat generation. In comparison tests at 40 mm screw diameter, throughput volume was approximately double that of conventional intermeshing, co-rotating twin-screw extruders.
Business impact:
more stable throughput can improve plant
capacity without relying on overtime or additional lines.
Based on CTE comparison data for 40 mm screw diameter.
The Bottom Line for Plant Owners
If your current line is losing money through excess heat, scrap, or unstable output, the extrusion stage may be one of the fastest ways to improve profitability.
CTE addresses three major cost drivers at once: energy load, reject risk, and throughput loss. That is why owners evaluate CTE as a profit-improvement investment, not just as a machine purchase.
CTE Twin-Screw Extruders
Product Lineup and Applications
CTE offers two strong routes depending on your material difficulty, output target, and line constraints.
For high-filler compounds, recycling, PVC, and difficult
materials
HTM Tandem Compounding Twin Screw Extruder
A tandem configuration that combines a counter-rotating, non-intermeshing twin-screw kneading section with a large-diameter single-screw extrusion section for lower-temperature, lower-speed extrusion.
Suits for
High-filler compounding, recycled pellet production, rigid PVC, biomass materials, production lines where degassing and heat control directly affect profitability.
Business impact
A strong fit for plants that need higher throughput, better yield, and more stable quality when processing difficult formulations.
Where it helps most
- Thermal degradation and scorching
- Bubble-related molding defects
- Unstable feeding at high filler loading
- Insufficient dispersion in difficult compounds
| Screw diameter | 38-120 mm |
|---|---|
| Max. screw speed | 450-800 rpm |
| Motor capacity | 37-650 kW |
Representative use cases
- High-loading calcium carbonate masterbatch production
- Chemical and material recycling applications
- Re-pelletizing plastics from cables, home appliances, and trays
- Rigid PVC and specialty compounding with stronger heat control
Before inquiry: share your material recipe, target output, main defect, and current line limitation.
For compact installation and cost-conscious compounding
HTM Twin Screw Extruder
A strong option when you want CTE's patented kneading and degassing performance in a more compact and lower-cost system.
Suits for
Wood flour compounding, biomass formulations, selected high-filler applications, and projects where footprint and investment efficiency matter.
Business impact
Supports quality improvement and operating cost reduction without unnecessary over-specification.
Where it helps most
- Wood flour scorching and discoloration
- Pre-drying burden in wood-plastic compounding
- Gas venting difficulty in biomass compounding
- Unstable pellet quality on sensitive materials
| Screw diameter | 38-90 mm |
|---|---|
| Max. screw speed | 600-850 rpm |
| Motor capacity | 22-350 kW |
Representative use cases
- Wood flour compounding without pre-drying
- Biodegradable resin and calcium carbonate blending
- Biomass material compounding with strong gas venting
- Elastomer-related processing where low heat matters
Before inquiry: share moisture condition, current pre-drying process, target pellet quality, and space constraints.
How CTE Supports Your Decision Process
From the first discussion to testing, proposal, delivery, and follow-up, CTE works to reduce uncertainty before you commit.
1
Initial Review
Share your material, bottleneck, and target business outcome
2
Technical Discussion
CTE reviews process conditions, utilities, and target quality
3
Test Planning
Testing scope and evaluation points are aligned with your priorities
4
Material Test
CTE can test your material to confirm dispersion, venting, and output
5
Results Review
Receive feedback on throughput, quality, and process fit
6
Proposal
Get a recommended machine concept and commercial discussion
7
Delivery Planning
Specifications, timeline, and installation assumptions are finalized
8
Support
Maintenance, modification, and engineering support continue after launch
Testing, maintenance, and engineering support are available
Investment Planning
Check Whether Local Incentives
Check Whether Local Incentives
Can Strengthen Your ROI
Incentive eligibility depends on the project type, industry, investment size, location, and approval status. Before making a final decision, confirm the latest requirements with local advisers and relevant authorities.
🇹🇭
Thailand
- BOI-promoted projects may qualify for import duty relief on machinery.
- Tax-based incentives may be available depending on the activity and location.
- Industrial estate or zone status can affect the benefits available.
- Final treatment depends on the approved project structure.
🇮🇩
Indonesia
- Eligible manufacturing projects may qualify for fiscal incentives.
- Tax holiday or tax allowance programs may apply depending on the sector and investment scale.
- Special economic zones or industrial zones may provide additional benefits.
- Project location and investment profile are key factors in determining eligibility.
When is CTE worth evaluating?
If your line struggles with recycled material, high filler loading, PVC, unstable output, or quality loss caused by heat and gas, CTE is worth a serious review before your next equipment decision.
Check Technical Fit Before Requesting a Full Quote
Tell CTE about your material, current output, and production challenges.The team can review your process, discuss testing options, and advise whether HTM Tandem or HTM is the better fit for your line.
- Discussion focused on plant profitability and operating stability
- Technical review for high-filler compounds, recycled materials, PVC, and biomass materials
- Guidance on testing, machine selection, and implementation planning
- Support for maintenance, modifications, and long-term operation
Frequently Asked Questions
Q1. How do you estimate machine price and ROI?
CTE does not take a one-price-fits-all approach. Pricing and ROI depend on your material formulation, filler loading, throughput target, utility conditions, plant layout, and required quality level.
After reviewing your process, CTE can discuss a suitable machine concept and the expected business impact from higher throughput, lower scrap, and reduced thermal load.
Q2. What information should we prepare before contacting CTE?
If possible, prepare the following information before contacting CTE:
- Current material formulation and filler loading
- Current output and quality issues
- Target throughput or margin improvement goals
- Current machine type and key operating limits
- Available utilities and installation constraints
Q3. Can CTE handle recycled plastics, PVC, and high-filler compounds?
Yes. CTE’s twin-screw technology is designed for applications such as high-filler compounding, recycled pellet production, rigid PVC, biomass materials, biodegradable resins, and other hard-to-process materials where degassing and heat control are critical.
Q4. What happens after we send an inquiry?
CTE first reviews your process goals, material conditions, and major sources of production loss. The team can then discuss testing, machine fit, and proposal scope.
If testing is needed, CTE can evaluate your material and share the findings before you make a final equipment decision.
Q5. How does CTE compare with conventional co-rotating extruders?
CTE’s counter-rotating, non-intermeshing design is engineered to improve gas venting, control shear heat, and support stable feeding when processing difficult compounds.
- Improved degassing helps reduce bubble-related defects
- Lower shear heat supports lower-temperature extrusion
- Stable feeding can support higher usable throughput
- Broader suitability for high-filler and recycled materials
Q6. How long does delivery usually take?
Delivery timing depends on model, customization level, testing requirements, and final specification. CTE will confirm a schedule after the required machine concept and project scope are defined.
Q7. What support does CTE provide after installation?
CTE provides maintenance support, machine modifications, and engineering assistance. According to CTE’s service information, the company also supports imported equipment and can help optimize existing extrusion lines for better productivity.
Q8. How long does delivery usually take?
Delivery timing depends on model, customization level, testing requirements, and final specification. CTE will confirm a schedule after the required machine concept and project scope are defined.
Q9. Are incentives available in Thailand or Indonesia?
Depending on project structure and location, eligible investments may qualify for machinery duty relief, tax incentives, or zone-based benefits. Because rules can change, final confirmation should be made with the relevant local authorities and advisers.