CBRHK

PP

PP Raffia

PP Raffia grade, with a melt flow rate of 2–5 g/10min (typically around 3 g/10min), is mainly used in woven fabrics, film materials, sheets, polypropylene filament (PP yarn), strapping tapes, tarpaulins, ropes, and bubble tea cups.

Send Enquiry

Overview

Technical Specifications

PropertyValue
Melt Flow Index (MFI)3.0 – 4.5 g/10min (230°C/2.16kg)
Density0.900 – 0.910 g/cm³
Tensile Strength32 – 38 MPa
Elongation at Break150 – 300%
Vicat Softening Point150 – 155°C

Key Applications

  • Woven polypropylene sacks and bags (cement, fertilizer, grain)
  • FIBC bulk containers (jumbo bags)
  • Tarpaulins and ground covers
  • Agricultural shade nets and fabrics
  • Carpet backing materials

Available Packaging Options

  • 25 kg polyethylene bags on pallets
  • 1,000 kg bulk bags (FIBCs)
  • 25 MT in 20′ FCL container
  • Custom packaging upon request

Product Description

PP Raffia is a high-tenacity homo-polymer polypropylene specifically engineered for flat yarn and tape extrusion processes. This premium-grade resin delivers exceptional drawability and consistent melt behavior, ensuring smooth processing on circular looms and tape stretching lines. The carefully controlled molecular weight distribution provides superior tensile strength while maintaining excellent elongation properties essential for woven fabric durability. Our PP Raffia grade features outstanding UV resistance and thermal stability, making it ideal for outdoor applications including agricultural bags, construction materials, and industrial packaging. The resin’s excellent anti-fibrillation characteristics produce clean, uniform tapes that weave efficiently with minimal breakage. Suitable for both uncoated woven fabrics and laminated applications, this versatile material meets international food-contact standards when required.

GRADEMFRDownload
S1005-Yulin5.06
S1003-Yulin3Download
S10033Download
PPH-T054.5
PPH-T033.3
PPH-T044
L5E89H4.5
L5E893.5
HP550J3.2Download
HP550J3Download
HP550J3.1Download
7750M21.1
1102K3.4Download
T30S3