Plastic PVC Cover Ceiling Panel Making Machine PVC Profile/Wall Panel Production Line/Extruder Machines

Customization:

Customized logo（Min.Order: 1 pieces）

Customized packaging（Min.Order: 1 pieces）

Graphic customization（Min.Order: 1 pieces）

View product details

Plastic PVC Cover Ceiling Panel Making Machine PVC Profile/Wall Panel Production Line/Extruder Machines

Name: Plastic PVC Cover Ceiling Panel Making Machine PVC Profile/Wall Panel Production Line/Extruder Machines
Brand: Zhangjiagang Sevenstars Machinery Co., Ltd.
SKU: 1600835537462_1
Price: 29000.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Precision PVC Panel Production: Utilizes a co-rotating parallel twin-screw extrusion system with a 30:1 L/D ratio and 38CrMoAlA screw material to ensure uniform mixing, consistent quality, and efficient processing of PVC and plastic materials.
Composite Panel Manufacturing: Designed to produce durable, layered panels for ceilings and walls, combining natural and synthetic materials for enhanced structural integrity and aesthetic appeal.

Key features

1. Advanced Material Technology

With 38CrMoAlA alloy screws, you can achieve superior durability and corrosion resistance compared to standard steel screws*. The high-grade alloy ensures prolonged machine lifespan under heavy industrial use.

2. Interactive Co-Rotating Twin-Screw Design

With a co-rotating parallel twin-screw system, you can customize production parameters for precise material mixing and extrusion, unlike single-screw models limited to basic settings*. This design reduces material degradation and improves output consistency.

3. High-Performance Screw Configuration

With a 30:1 L/D (length-to-diameter) ratio, you can achieve 25% faster material processing and 15% higher output volume than shorter-ratio screws*, enabling efficient production of complex PVC profiles.

4. Commercial-Grade Scenario Solutions

With an integrated automated material feeding and conveyor system, you can sustain continuous 24/7 commercial production, ideal for large-scale panel manufacturing compared to semi-automatic lines*.

5. Compliance with Industrial Standards

With PVC materials processed to meet ISO 9001 quality management standards*, you can ensure safety and reliability for applications in construction and interior design.

Product details

The Plastic PVC Cover Ceiling Panel Making Machine is a high-performance extrusion system designed for producing durable PVC panels and profiles. Equipped with a co-rotating parallel twin-screw extruder (30:1 L/D ratio), it ensures uniform mixing and consistent material flow. Built with 38CrMoAlA alloy screws, this machine delivers exceptional strength and thermal stability, ideal for demanding applications like ceiling tiles, wall panels, and architectural profiles.

Technical specifications

Feature	Specification	Benefit
Screw Design	Co-rotating parallel twin-screw	Reduces material shear stress for smoother profiles
L/D Ratio	30:1	Enhances melt homogeneity and output stability
Screw Material	38CrMoAlA alloy	High wear resistance and corrosion resistance
Material Compatibility	PVC, plastic composites	Versatile for ceiling/wall panels and profiles
Automation Level	Semi-automatic control system	Ensures precise temperature and pressure regulation

Customization guide

Adjustable parameters include screw speed (10–100 RPM), barrel temperature (160–220°C), and die dimensions (5–50mm thickness). These allow customization for specialized PVC blends, panel thickness, or profile complexity to meet industrial or architectural specifications.

Get inspired

From sleek ceiling panels to durable wall claddings, this machine enables the production of versatile PVC products. Its co-rotating twin-screw design ensures minimal material degradation, making it ideal for high-quality, long-lasting panels for commercial interiors or construction projects.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Screw Type	Co-rotating twin	Co-rotating twin	Co-rotating twin
L/D Ratio	25:1	30:1	35:1*
Max Output	150 kg/h	200 kg/h	250 kg/h (+66% vs Base)
Temperature Control	Manual	PID digital	Smart adaptive

Supplier's note

Technical Breakthroughs:
- Co-rotating twin-screw: Reduces energy consumption by 20% compared to single-screw systems.
- 38CrMoAlA alloy screws: Triple the lifespan of standard steel screws in corrosive PVC environments.
- 30:1 L/D ratio: Achieves 15% higher melt uniformity than industry-standard 25:1 designs.
Optimal Version Selection:
- Base Model: Ideal for SMEs producing standard PVC panels (e.g., residential ceiling tiles) with basic automation needs.
- Advanced Model: Suitable for mid-scale manufacturers requiring higher output (e.g., commercial wall panels) and precise temperature control.
- Pro Model: Best for industrial users needing ultra-high throughput (e.g., large-scale construction projects) and advanced adaptive controls.

With the Pro Model’s 35:1 L/D ratio, you can achieve 25% faster production cycles than competitors while maintaining melt consistency. Pair this with its corrosion-resistant screws to ensure reliable operation in high-moisture environments. For architectural profiles requiring intricate designs, the Advanced Model’s PID controls guarantee precision in complex shapes.

Note: The Pro Model’s L/D ratio exceeds industry benchmarks by 20%, enabling superior material processing efficiency.

Frequently asked questions

Which PVC ceiling panel production line model is best for small-scale workshops?
How do I clean the twin-screw extruder after PVC processing?
PVC vs. wood for ceiling panels: Which is more durable?
Can this machine produce custom-sized PVC ceiling panels?
Is the PVC extrusion machine CE-certified for industrial use?
Why choose a co-rotating twin-screw over single-screw for PVC panels?
What’s the daily production capacity of this PVC panel extrusion line?
Can the extruder handle recycled PVC for eco-friendly panels?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Composition	Industrial construction, Chemical plants	Basic PVC (Industry) ▲ Reinforced PVC (Our Base) ▲ PVC + flame-retardant (Our Advanced)	Cost-effective (Industry), Enhanced durability (Base), Fire safety (Advanced)	Limited chemical resistance (Industry), Higher cost (Base), Heavier material (Advanced)
Screw Design	Low-viscosity extrusion, Complex profiles	Single-screw (Industry) ▲ Double-screw (Our Base) ▲ Co-rotating twin-screw (Our Advanced)	Simplicity (Industry), Better mixing (Base), Reduced melt temperature fluctuations (Advanced)	Limited output (Industry), Higher energy use (Base), Requires expert maintenance (Advanced)
Screw L/D Ratio	Basic extrusion, High-volume production	24:1 (Industry) ▲ 30:1 (Our Base) ▲ 35:1 (Our Advanced)	Faster processing (Industry), Improved melt uniformity (Base), Precision control (Advanced)	Poor melt quality (Industry), Higher power demand (Base), Complex setup (Advanced)
Screw Material	General-purpose, High-stress applications	4140 Steel (Industry) ▲ 38CrMoAlA Alloy (Our Base) ▲ 38CrMoAlA + DLC coating (Advanced)	Low cost (Industry), Corrosion resistance (Base), 2x longer lifespan (Advanced)	Prone to wear (Industry), Requires specialized tools (Base), Fragile coating (Advanced)
Twin Screw Type	Low-cost production, High-viscosity tasks	Intermeshing (Industry) ▲ Co-rotating parallel (Our Base) ▲ Variable-speed co-rotating (Advanced)	Lower energy use (Industry), Reduced material shear (Base), Adaptive throughput (Advanced)	Material degradation risk (Industry), Higher downtime (Base), Requires sensors (Advanced)
Production Efficiency	Small batches, Mass production	100 kg/h (Industry) ▲ 150 kg/h (Our Base) ▲ 200 kg/h (Our Advanced)	Low capital cost (Industry), 50% faster output (Base), 30% lower defect rate (Advanced)	Inconsistent quality (Industry), Higher maintenance (Base), Requires automation (Advanced)