Borouge BE961MO is a injection-molding grade heterophasic polypropylene (PP) copolymer. The material offers an excellent balance between high stiffness and outstanding impact resistance, combined with reliable processing performance and dimensional stability. BE961MO PP material is specifically designed for applications requiring long-term load-bearing capability, high toughness, and efficient production, making it an ideal solution for industrial injection-molded products and durable consumer goods.

Material Properties of PP Borouge BE961MO

Item

 Value

Test Method

Melt Flow Rate (230 °C / 2.16 kg)

~12 g/10 min

ISO 1133

Density

~0.90–0.91 g/cm³

ISO 1183

Tensile Stress at Yield

~23 MPa

ISO 527

Flexural Modulus

High

ISO 178

Heat Deflection Temperature

~140–145 °C

ISO 306

Rockwell Hardness (R-scale)

~87

ISO 2039-2

Main Applications

PP Borouge BE961MO is widely used in injection-molded applications that demand high structural strength and impact durability, including but not limited to:

  • Industrial crates, logistics boxes, and pallets
  • Storage containers, buckets, and tool boxes
  • Housings and structural components for household appliances
  • Luggage shells and durable consumer product housings
  • Various technical and engineering injection-molded parts

Main Product Advantages

  • Excellent Mechanical Performance. BE961MO offers a high flexural modulus that provides superior stiffness and excellent shape retention in finished parts. The material demonstrates outstanding impact resistance, maintaining reliable mechanical performance even at lower temperatures. Its low creep behavior makes it well suited for structural and load-bearing applications requiring long-term dimensional integrity.
  • Superior Processing Performance. With an optimized melt flow rate, BE961MO ensures a stable and wide processing window during injection molding. The material exhibits good flowability and efficient mold-filling capability, enabling the production of complex geometries as well as medium-to-thin wall parts. Short molding cycle times help improve overall productivity and reduce manufacturing costs.
  • Dimensional Stability & Surface Quality. Low molding shrinkage contributes to high dimensional accuracy and consistent part quality. In addition, the material provides a good surface appearance, making it suitable for applications with moderate aesthetic requirements.
  • Reliable Long-Term Performance. This resin delivers good heat resistance and chemical stability, supporting reliable long-term use across a wide range of industrial and household environments.

Storage & Processing Recommendations

  • Store in a dry, well-ventilated area, protected from direct sunlight
  • No special drying is required prior to processing
  • Suitable for standard injection molding equipment and conventional polypropylene processing conditions

    Your Name *

    Your Email *

    Your Phone *

    Your Country

    Your Message *