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Twin Screw Extruder EXP 114/32P for profile

EXTRUTEX Twin-Screw Extruder — Power in PVC Extrusion, Precision in Pipe and Profile Production

Introduction: The Future of PVC Extrusion Engineering

In the modern plastics industry, precision, consistency, and reliability are the three essential pillars of success. As manufacturers face increasing competition and higher expectations from customers, the demand for extrusion equipment that delivers stable, high-quality results with minimal downtime has never been greater.

The EXTRUTEX Twin-Screw Extruder has been engineered specifically to address these demands. Built with the needs of professional PVC processors in mind, it offers unrivaled strength, precision, and long-term reliability. Whether you are producing PVC pipes, profiles, or other extrusion-based products, this machine ensures consistent quality and efficient operation at every stage of production.

EXTRUTEX, a brand known globally for its innovation in extrusion systems, has poured decades of expertise into the design of its twin-screw extruders. The result is a machine that harmonizes engineering excellence with economic efficiency, enabling manufacturers to achieve higher output with lower operating costs.

This product description will explore the EXTRUTEX Twin-Screw Extruder in depth—its engineering design, technical features, production advantages, cost-effectiveness, and why it stands as the ultimate choice for forward-looking manufacturers in the PVC industry.


1. Engineering Reliability: Built to Last

Durability is not a luxury—it is a necessity in extrusion lines where machines often run 24/7 under heavy industrial loads. The EXTRUTEX Twin-Screw Extruder has been engineered with this principle at its core.

1.1 Reinforced All-Steel Chassis

The foundation of any extrusion system lies in its frame. EXTRUTEX extruders are constructed on a fully stainless-steel, tube-reinforced chassis, designed to withstand vibrations, mechanical stresses, and the inevitable forces of continuous industrial operation. This ensures maximum stability during high-capacity runs, protecting the internal components and extending the overall lifespan of the equipment.

1.2 High-Precision Gearboxes

The machine’s gear reduction system is engineered for uniform torque transfer. Unlike conventional designs that may generate stress or uneven load distribution, EXTRUTEX gearboxes provide smooth, balanced power delivery to the screws. This ensures uninterrupted operation, reduced noise, and extended mechanical life—an investment that pays off over years of continuous service.

1.3 Advanced Screw and Barrel Design

The twin-screw system is the heart of the extruder. At EXTRUTEX, the screws and barrels are designed with modern geometrical profiles that optimize PVC powder processing. To resist the abrasive and corrosive nature of PVC compounds, they are coated with molybdenum (Mo), offering exceptional resistance against wear and chemical attack. This not only ensures longevity but also guarantees consistent melt quality throughout production cycles.

1.4 Safety and Overload Protection

Industrial production is never risk-free. That is why EXTRUTEX integrates a comprehensive overload protection system along with emergency shut-off functions. These safeguards protect both the machine and the operators, preventing catastrophic failures and ensuring that production remains safe under all conditions.


2. Advanced Efficiency: Performance Without Compromise

Efficiency in extrusion is about much more than just throughput. It’s about maintaining uniform melt quality, precise dimensional control, and energy efficiency—all while minimizing waste.

2.1 Uniform PVC Melting

PVC is notoriously sensitive to temperature variations. With the EXTRUTEX Twin-Screw Extruder, the combination of screw design, controlled shear, and precision heating/cooling zones ensures a homogeneous melt with minimal viscosity fluctuation. This stability translates into pipes and profiles with consistent wall thickness, surface smoothness, and mechanical properties.

2.2 Intelligent Synchronization of Systems

The extruder is not a standalone machine—it must work in harmony with feeders, vacuum pumps, and downstream haul-off units. EXTRUTEX incorporates an intelligent synchronization system that aligns motor speeds, screw rotation, and feeder throughput. This prevents overfeeding or starvation, maintaining smooth production flow and protecting the machine from unnecessary stress.

2.3 Precision Vacuum Pump Integration

Air entrapment in the PVC melt can cause defects such as voids, weak spots, and reduced transparency. To eliminate these issues, the extruder is equipped with a standardized vacuum pump fitted with an internal filter system and cartridge assembly. This ensures trapped gases are removed efficiently, resulting in denser, stronger, and visually cleaner extruded products.

2.4 AC Vector Drive System with Temperature Control

The A/C vector drive system combined with an advanced heating and cooling control unit allows for precise thermal management of the extrusion process. Maintaining stable melt temperature is critical for avoiding material degradation. The EXTRUTEX system keeps thermal stability locked in, ensuring consistent product quality regardless of production speed.


3. Economic Advantages: Profitable by Design

In industrial decision-making, it’s not only about performance—it’s about profitability. A machine that offers high capacity but requires frequent maintenance is no true investment. EXTRUTEX ensures long-term cost-effectiveness through a combination of durable design and reduced energy consumption.

3.1 Reduced Maintenance Needs

Thanks to the molybdenum-coated screws and barrels, high-precision gearboxes, and reinforced frame, maintenance requirements are minimal. Operators can count on long service intervals, reduced downtime, and fewer interruptions.

3.2 Low Operating Costs

The system’s energy-efficient motors, combined with its optimized melt process, allow for maximum throughput at minimum power input. Over time, this translates into substantial savings in electricity bills, particularly for factories running multiple extrusion lines.

3.3 Long Component Life

The careful selection of materials and protective coatings ensures extended operating life for screws, barrels, and drive components. This lowers replacement frequency, keeping spare part costs under control while maximizing return on investment.

3.4 Higher Yield, Lower Scrap Rates

By ensuring uniform melting and avoiding defects such as bubbles or irregular wall thickness, the EXTRUTEX Twin-Screw Extruder minimizes scrap rates. Every kilogram of PVC processed is translated into usable, high-quality product, which directly boosts profitability.


4. Application Versatility: Tailored for the PVC Industry

The EXTRUTEX Twin-Screw Extruder is not a generic machine—it is purpose-built for PVC powder processing.

4.1 PVC Pipes

From small-diameter conduits to large pressure pipes, this extruder produces pipes with excellent dimensional stability and surface finish, ensuring compliance with international standards.

4.2 PVC Profiles

For window frames, door profiles, decorative trims, and other extruded profiles, the machine provides sharp, accurate shapes with superior surface quality.

4.3 Specialty Products

Beyond pipes and profiles, the extruder can be adapted for producing PVC sheets, foam boards, and fittings, broadening its application base.


5. Operator Experience and Safety

No matter how advanced a machine is, it must remain user-friendly and safe.

  • Intuitive Controls: The operator interface is designed for simplicity, making adjustments quick and accurate.

  • Accessible Maintenance: Key components are positioned for easy access, reducing downtime during servicing.

  • Safety First: Emergency stop systems and overload protection mechanisms protect both the user and the equipment.


6. Why Choose EXTRUTEX?

When investing in an extrusion line, the choice of extruder defines the quality, consistency, and profitability of your entire production. EXTRUTEX offers:

  • Reliability: Engineered for continuous, heavy-duty use.

  • Efficiency: Delivers consistent melt and precision control.

  • Profitability: Reduced maintenance, low operating cost, long service life.

  • Future-Readiness: Built with advanced systems for intelligent synchronization and precise thermal management.

In short, the EXTRUTEX Twin-Screw Extruder represents power, precision, and profitability in one machine.


7. Final Word: A Smart Choice for Forward-Thinking Manufacturers

For manufacturers who want to secure their future in the competitive PVC industry, the choice is clear. The EXTRUTEX Twin-Screw Extruder is not just a piece of equipment—it is a strategic investment. By delivering unmatched reliability, superior efficiency, and long-term profitability, it empowers businesses to stay ahead of the curve, meeting both today’s production demands and tomorrow’s market opportunities.

With EXTRUTEX, you don’t just buy a machine—you invest in a partner for your industrial growth.

TECH DATA:

Technical Overview

The Twin Screw Extruder 114/32P is a high-performance extrusion machine developed for PVC and UPVC profile manufacturing, ensuring consistent melt quality, superior surface finish, and high output rates.
Equipped with an optimized screw geometry and energy-efficient 67 kW motor, it delivers a stable extrusion capacity of 240–500 kg/h while maintaining excellent material plasticization and temperature control.

This extruder is built for precision tooling and co-extrusion systems, compatible with a variety of dies and calibrators for window, door, and decorative profiles.
Its robust gearbox, high-torque drive, and automatic control system make it ideal for continuous industrial production under demanding conditions.


🔧 Technical Details

  • Model: Twin Screw Extruder 114/32P

  • Application: UPVC & PVC Profile Extrusion

  • Drive Power: 67 kW

  • Output Capacity: 240 – 500 kg/h

  • Screw Diameter: 114 mm

  • L/D Ratio: 32:1

  • Screw Type: Parallel Twin Screws

  • Material Type: Rigid PVC / UPVC / WPC Blends

  • Main Motor Type: AC Motor with Vector Inverter

  • Control System: Siemens PLC + Touchscreen HMI

  • Heating Zones: 6–8 Independent Zones

  • Cooling System: Air & Water Combined

  • Gearbox Type: High Torque, Hardened & Ground Gears

  • Temperature Control Accuracy: ±1°C

  • Vacuum System: Integrated with Twin-Chamber Design

  • Feeding System: Force Feeder with Adjustable Speed

  • Lubrication System: Automatic Oil Circulation

  • Extrusion Speed: 2 – 10 m/min (depending on profile type)

  • Production Mode: Continuous / Co-extrusion Ready

  • Material Contact Parts: Nitrided or Bimetallic Alloy Steel


📊 Technical Data Table

ParameterSpecification
Model114/32P
Screw Diameter114 mm
Screw L/D Ratio32:1
Output Capacity240 – 500 kg/h
Drive Motor Power67 kW
Screw TypeParallel Twin Screws
ApplicationPVC / UPVC Profile Extrusion
Gearbox TypeHigh-Torque, Hardened Gear System
Heating Zones6 – 8
Cooling MethodAir + Water
Feeding SystemForce Feeder
Temperature Control±1°C Accuracy
Control SystemSiemens PLC + HMI
Main MaterialRigid PVC / WPC / UPVC
Extrusion Speed2 – 10 m/min
Vacuum SystemTwin-Chamber Integrated
Production TypeContinuous or Co-Extrusion
Lubrication SystemAutomatic Oil Circulation

✅ Key Advantages

  • High stability for long production runs

  • Excellent melt uniformity and pressure control

  • Energy-efficient 67 kW motor

  • Easy integration with existing calibration and haul-off systems

  • Designed for precision tooling with minimal maintenance

APPLICATIONS:

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Twin Screw Extruder EXP 114/32P for profile

EXTRUTEX Twin-Screw Extruder — Power in PVC Extrusion, Precision in Pipe and Profile Production

Introduction: The Future of PVC Extrusion Engineering

In the modern plastics industry, precision, consistency, and reliability are the three essential pillars of success. As manufacturers face increasing competition and higher expectations from customers, the demand for extrusion equipment that delivers stable, high-quality results with minimal downtime has never been greater.

The EXTRUTEX Twin-Screw Extruder has been engineered specifically to address these demands. Built with the needs of professional PVC processors in mind, it offers unrivaled strength, precision, and long-term reliability. Whether you are producing PVC pipes, profiles, or other extrusion-based products, this machine ensures consistent quality and efficient operation at every stage of production.

EXTRUTEX, a brand known globally for its innovation in extrusion systems, has poured decades of expertise into the design of its twin-screw extruders. The result is a machine that harmonizes engineering excellence with economic efficiency, enabling manufacturers to achieve higher output with lower operating costs.

This product description will explore the EXTRUTEX Twin-Screw Extruder in depth—its engineering design, technical features, production advantages, cost-effectiveness, and why it stands as the ultimate choice for forward-looking manufacturers in the PVC industry.


1. Engineering Reliability: Built to Last

Durability is not a luxury—it is a necessity in extrusion lines where machines often run 24/7 under heavy industrial loads. The EXTRUTEX Twin-Screw Extruder has been engineered with this principle at its core.

1.1 Reinforced All-Steel Chassis

The foundation of any extrusion system lies in its frame. EXTRUTEX extruders are constructed on a fully stainless-steel, tube-reinforced chassis, designed to withstand vibrations, mechanical stresses, and the inevitable forces of continuous industrial operation. This ensures maximum stability during high-capacity runs, protecting the internal components and extending the overall lifespan of the equipment.

1.2 High-Precision Gearboxes

The machine’s gear reduction system is engineered for uniform torque transfer. Unlike conventional designs that may generate stress or uneven load distribution, EXTRUTEX gearboxes provide smooth, balanced power delivery to the screws. This ensures uninterrupted operation, reduced noise, and extended mechanical life—an investment that pays off over years of continuous service.

1.3 Advanced Screw and Barrel Design

The twin-screw system is the heart of the extruder. At EXTRUTEX, the screws and barrels are designed with modern geometrical profiles that optimize PVC powder processing. To resist the abrasive and corrosive nature of PVC compounds, they are coated with molybdenum (Mo), offering exceptional resistance against wear and chemical attack. This not only ensures longevity but also guarantees consistent melt quality throughout production cycles.

1.4 Safety and Overload Protection

Industrial production is never risk-free. That is why EXTRUTEX integrates a comprehensive overload protection system along with emergency shut-off functions. These safeguards protect both the machine and the operators, preventing catastrophic failures and ensuring that production remains safe under all conditions.


2. Advanced Efficiency: Performance Without Compromise

Efficiency in extrusion is about much more than just throughput. It’s about maintaining uniform melt quality, precise dimensional control, and energy efficiency—all while minimizing waste.

2.1 Uniform PVC Melting

PVC is notoriously sensitive to temperature variations. With the EXTRUTEX Twin-Screw Extruder, the combination of screw design, controlled shear, and precision heating/cooling zones ensures a homogeneous melt with minimal viscosity fluctuation. This stability translates into pipes and profiles with consistent wall thickness, surface smoothness, and mechanical properties.

2.2 Intelligent Synchronization of Systems

The extruder is not a standalone machine—it must work in harmony with feeders, vacuum pumps, and downstream haul-off units. EXTRUTEX incorporates an intelligent synchronization system that aligns motor speeds, screw rotation, and feeder throughput. This prevents overfeeding or starvation, maintaining smooth production flow and protecting the machine from unnecessary stress.

2.3 Precision Vacuum Pump Integration

Air entrapment in the PVC melt can cause defects such as voids, weak spots, and reduced transparency. To eliminate these issues, the extruder is equipped with a standardized vacuum pump fitted with an internal filter system and cartridge assembly. This ensures trapped gases are removed efficiently, resulting in denser, stronger, and visually cleaner extruded products.

2.4 AC Vector Drive System with Temperature Control

The A/C vector drive system combined with an advanced heating and cooling control unit allows for precise thermal management of the extrusion process. Maintaining stable melt temperature is critical for avoiding material degradation. The EXTRUTEX system keeps thermal stability locked in, ensuring consistent product quality regardless of production speed.


3. Economic Advantages: Profitable by Design

In industrial decision-making, it’s not only about performance—it’s about profitability. A machine that offers high capacity but requires frequent maintenance is no true investment. EXTRUTEX ensures long-term cost-effectiveness through a combination of durable design and reduced energy consumption.

3.1 Reduced Maintenance Needs

Thanks to the molybdenum-coated screws and barrels, high-precision gearboxes, and reinforced frame, maintenance requirements are minimal. Operators can count on long service intervals, reduced downtime, and fewer interruptions.

3.2 Low Operating Costs

The system’s energy-efficient motors, combined with its optimized melt process, allow for maximum throughput at minimum power input. Over time, this translates into substantial savings in electricity bills, particularly for factories running multiple extrusion lines.

3.3 Long Component Life

The careful selection of materials and protective coatings ensures extended operating life for screws, barrels, and drive components. This lowers replacement frequency, keeping spare part costs under control while maximizing return on investment.

3.4 Higher Yield, Lower Scrap Rates

By ensuring uniform melting and avoiding defects such as bubbles or irregular wall thickness, the EXTRUTEX Twin-Screw Extruder minimizes scrap rates. Every kilogram of PVC processed is translated into usable, high-quality product, which directly boosts profitability.


4. Application Versatility: Tailored for the PVC Industry

The EXTRUTEX Twin-Screw Extruder is not a generic machine—it is purpose-built for PVC powder processing.

4.1 PVC Pipes

From small-diameter conduits to large pressure pipes, this extruder produces pipes with excellent dimensional stability and surface finish, ensuring compliance with international standards.

4.2 PVC Profiles

For window frames, door profiles, decorative trims, and other extruded profiles, the machine provides sharp, accurate shapes with superior surface quality.

4.3 Specialty Products

Beyond pipes and profiles, the extruder can be adapted for producing PVC sheets, foam boards, and fittings, broadening its application base.


5. Operator Experience and Safety

No matter how advanced a machine is, it must remain user-friendly and safe.

  • Intuitive Controls: The operator interface is designed for simplicity, making adjustments quick and accurate.

  • Accessible Maintenance: Key components are positioned for easy access, reducing downtime during servicing.

  • Safety First: Emergency stop systems and overload protection mechanisms protect both the user and the equipment.


6. Why Choose EXTRUTEX?

When investing in an extrusion line, the choice of extruder defines the quality, consistency, and profitability of your entire production. EXTRUTEX offers:

  • Reliability: Engineered for continuous, heavy-duty use.

  • Efficiency: Delivers consistent melt and precision control.

  • Profitability: Reduced maintenance, low operating cost, long service life.

  • Future-Readiness: Built with advanced systems for intelligent synchronization and precise thermal management.

In short, the EXTRUTEX Twin-Screw Extruder represents power, precision, and profitability in one machine.


7. Final Word: A Smart Choice for Forward-Thinking Manufacturers

For manufacturers who want to secure their future in the competitive PVC industry, the choice is clear. The EXTRUTEX Twin-Screw Extruder is not just a piece of equipment—it is a strategic investment. By delivering unmatched reliability, superior efficiency, and long-term profitability, it empowers businesses to stay ahead of the curve, meeting both today’s production demands and tomorrow’s market opportunities.

With EXTRUTEX, you don’t just buy a machine—you invest in a partner for your industrial growth.

TECH DATA:

Technical Overview

The Twin Screw Extruder 114/32P is a high-performance extrusion machine developed for PVC and UPVC profile manufacturing, ensuring consistent melt quality, superior surface finish, and high output rates.
Equipped with an optimized screw geometry and energy-efficient 67 kW motor, it delivers a stable extrusion capacity of 240–500 kg/h while maintaining excellent material plasticization and temperature control.

This extruder is built for precision tooling and co-extrusion systems, compatible with a variety of dies and calibrators for window, door, and decorative profiles.
Its robust gearbox, high-torque drive, and automatic control system make it ideal for continuous industrial production under demanding conditions.


🔧 Technical Details

  • Model: Twin Screw Extruder 114/32P

  • Application: UPVC & PVC Profile Extrusion

  • Drive Power: 67 kW

  • Output Capacity: 240 – 500 kg/h

  • Screw Diameter: 114 mm

  • L/D Ratio: 32:1

  • Screw Type: Parallel Twin Screws

  • Material Type: Rigid PVC / UPVC / WPC Blends

  • Main Motor Type: AC Motor with Vector Inverter

  • Control System: Siemens PLC + Touchscreen HMI

  • Heating Zones: 6–8 Independent Zones

  • Cooling System: Air & Water Combined

  • Gearbox Type: High Torque, Hardened & Ground Gears

  • Temperature Control Accuracy: ±1°C

  • Vacuum System: Integrated with Twin-Chamber Design

  • Feeding System: Force Feeder with Adjustable Speed

  • Lubrication System: Automatic Oil Circulation

  • Extrusion Speed: 2 – 10 m/min (depending on profile type)

  • Production Mode: Continuous / Co-extrusion Ready

  • Material Contact Parts: Nitrided or Bimetallic Alloy Steel


📊 Technical Data Table

ParameterSpecification
Model114/32P
Screw Diameter114 mm
Screw L/D Ratio32:1
Output Capacity240 – 500 kg/h
Drive Motor Power67 kW
Screw TypeParallel Twin Screws
ApplicationPVC / UPVC Profile Extrusion
Gearbox TypeHigh-Torque, Hardened Gear System
Heating Zones6 – 8
Cooling MethodAir + Water
Feeding SystemForce Feeder
Temperature Control±1°C Accuracy
Control SystemSiemens PLC + HMI
Main MaterialRigid PVC / WPC / UPVC
Extrusion Speed2 – 10 m/min
Vacuum SystemTwin-Chamber Integrated
Production TypeContinuous or Co-Extrusion
Lubrication SystemAutomatic Oil Circulation

✅ Key Advantages

  • High stability for long production runs

  • Excellent melt uniformity and pressure control

  • Energy-efficient 67 kW motor

  • Easy integration with existing calibration and haul-off systems

  • Designed for precision tooling with minimal maintenance

APPLICATIONS:

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