PP Y2600T is a high melt flow polypropylene (PP) homopolymer material designed for high-speed processing applications such as fiber production, cigarette tow, thin-wall injection molding, and continuous extrusion processes.

It is produced using advanced polymerization technology, offering high purity, low ash content, and low volatile matter. These characteristics ensure stable processing performance, excellent product consistency, and suitability for applications requiring high cleanliness and uniformity.

Property

Test Method

Typical Value

Melt Flow Rate (MFR)

ASTM D1238

26 g/10 min

Density

ASTM D1505

0.90–0.91 g/cm³

Tensile Strength

ASTM D638

≥32 MPa

Flexural Modulus

ASTM D790

≥1.30 GPa

Notched Izod Impact Strength

ASTM D256

≥16 J/m

Ash Content

—

≤0.03%

Yellow Index

—

≤4

Performance Advantages of PP Y2600T

  • High Flowability. Polypropylene PP Y2600T features a high melt flow rate, enabling fast mold filling and smooth extrusion. It is particularly suitable for high-speed production lines and thin-wall products.
  • Excellent Mechanical Properties. The resin provides a good balance of tensile strength and stiffness, ensuring stable structural performance and dimensional integrity of final products.
  • Good Heat Resistance. This resin offers reliable thermal stability, making it suitable for general industrial and consumer applications requiring moderate heat resistance.
  • High Cleanliness. Low ash content, minimal gels, and low impurity levels make the material ideal for fiber and cigarette tow applications where purity and appearance are critical.
  • Chemical Resistance. Like most polypropylene materials, PP Y2600T exhibits excellent resistance to acids, alkalis, and a wide range of chemicals, ensuring long-term durability in various environments.

Typical Applications

  1. Cigarette Tow (Fiber Applications). PP Y2600T is widely used in cigarette tow production, offering excellent spinning stability and consistent fiber formation performance.
  2. Fiber & Raffia Products. Suitable for industrial fibers, woven bags, tapes, ropes, and carpet backing materials, providing excellent drawability and processing efficiency.
  3. Thin-Wall Injection Molding. Ideal for high-speed injection molding of household goods, food containers, and general consumer products with good surface finish and dimensional stability.
  4. Packaging Materials. Used in various packaging applications requiring a balance of lightweight properties and mechanical strength, including industrial and rigid packaging.

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