PE Taical vs. PP Taical: Differences

In the plastics industry — where cost optimization, productivity, and product quality are constantly pushed to higher standards — Filler Masterbatch a.k.a Taical (CaCO₃- based) has become an indispensable material. Among the most widely used types today are PE Taical and PP Taical. Though both share a common CaCO₃ foundation, their properties and performance differ significantly.  Understanding these differences is essential for manufacturers aiming to reduce raw material costs, improve production efficiency, and enhance end-product quality.  Drawing from practical experience at Mascom Global — a leading producer of Filler Masterbatch trusted by factories across Asia, Europe, the Americas, and Africa — this article provides an in-depth comparison to help you choose the right filler for your specific application.

1. Overview of PE Taical and PP Taical

1.1 PE Taical  

PE Taical (PE Filler Masterbatch CaCO3) is produced from a Polyethylene base resin (LDPE, LLDPE, or HDPE), CaCO₃ powder, and suitable additives.  Advantages: 

• Low processing temperature 

• High flexibility 

• Smooth surface 

• Excellent dispersion in soft and flexible film applications 

1.2 PP Taical  

PP Taical (PP Filler Masterbatch CaCO3) uses a Polypropylene base resin combined with CaCO₃ and additives, making it ideal for applications requiring higher stiffness and tensile strength.  Advantages: 

• Superior tensile strength 

• High rigidity 

• Excellent thermal stability 

• Suitable for high-speed stretching and extrusion processes 

Mascom Global leverages these characteristics to produce customized Filler Masterbatch grades for blown film, PP nonwoven, raffia, PP injection molding, industrial films, and more. 

2. Detailed Comparison of PE Taical vs. PP Taical

2.1 Mechanical Properties 

Mechanical Property  PE Taical  PP Taical  Flexibility  High  Medium – Low  Tensile Strength  Good  Excellent  Stiffness  Low  High  Impact Resistance  Good  Moderate  ➡ PP Taical suits rigid products requiring high strength. ➡ PE Taical is ideal for soft, thin, flexible films. 

2.2 Processing Performance 

Processing Factor  PE Taical  PP Taical  Processing Temperature  Low  High  Extrusion Speed  High  Very High  Energy Consumption  Low  Medium  Thermal Stability  Medium  High  Mascom Global’s advanced European-standard production lines ensure: 

• Lower extrusion pressure 

• Reduced friction 

• Excellent CaCO₃ dispersion 

• 8 – 12% higher output 

• 5 – 10% lower energy consumption 

2.3 Polymer Compatibility 

• PE Taical → LDPE, LLDPE, HDPE, EVA 

• PP Taical → PP raffia, PP injection molding, PP film, PP sheet 

Incorrect selection can lead to: 

• Surface micro-voids 

• Reduced strength 

• Hazy films 

• Raffia yarn breakage 

• Poor dispersion 

Mascom Global prevents these issues by using 100% virgin PE/PP carrier resins, ensuring perfect compatibility with CaCO₃ particles. 

2.4 Surface Quality & Optical Properties 

Property  PE Taical  PP Taical  Gloss  Good  Very Good  Smoothness  Excellent  Good  Shrinkage Stability  Good  Excellent  ➡ PP fillers deliver a glossier, harder surface. ➡ PE fillers deliver smoother, more flexible film surfaces. 

2.5 Economic Benefits 

The primary benefit of Filler Masterbatch is reducing virgin resin consumption while maintaining or improving product performance. 

• In raffia applications, high-quality PP Taical can be used at up to 50% loading without loss of strength — an advantage strongly demonstrated by Mascom Global’s PP grades. 
• In blown film, PE Taical can also be used at high loading levels (up to or above 50%) while preserving film quality. 

3. Applications of PE Taical and PP Taical

3.1 PE Taical Applications 

• LDPE/LLDPE/HDPE blown film 

• Shopping bags, garbage bags 

• Agricultural film 

• PE flexible hoses 

• Industrial films 

• Bottles and containers 

➡ Best for soft, flexible, thin film products. 

3.2 PP Taical Applications 

• Raffia yarn 

• Woven sacks 

• PP hollow sheets 

• PP injection molding 

• PP film 

• PP nonwoven 

➡ Ideal for rigid, strong products and high-speed stretching processes.  Mascom Global provides application-specific grades ensuring: 

• Reduced yarn breakage 

• Stripe-free films 

• Smooth surfaces 

• Higher output 

• Consistent dispersion 

4. Should You Choose PE Taical or PP Taical?

Choose PE Taical if you need: 

• Soft, flexible products 

• Smooth surface finish 

• Low-temperature processing 

• Blown film or thin bag applications 

Choose PP Taical if you need: 

• High tensile strength 

• Rigid, glossy surfaces 

• Dimensional stability 

• High-speed raffia or extrusion 

Mascom Global supports customers by recommending the right filler based on: 

• Product requirements 

• Machine configuration 

• Line speed 

• Optimal dosing ratio 

5. What Makes Mascom Global’s Taical Different?

Mascom Global is highly trusted for its: 

• Ultra-fine CaCO₃ with >98% purity 

• Advanced surface treatment for perfect dispersion 

• 100% virgin PE/PP carrier resin 

• Consistent quality in every batch 

• Experienced technical team offering strong on-site support 

Real-world customer results: 

• 8 – 12% higher productivity 

• 5 – 10% less energy consumption 

• Improved surface appearance 

• Lower defect rate 

• Less machine and die cleaning required 

6. Conclusion

Both PE Taical and PP Taical provide significant economic and technical advantages. The key to maximizing performance is selecting the correct carrier resin and application-specific grade. With premium CaCO₃ sources, modern production technologies, and expert technical support, Mascom Global is committed to delivering optimized Filler Masterbatch solutions — helping manufacturers boost output, reduce costs, and maintain stable long-term quality.