Borouge RH680MO - High Transparent PP Random Copolymer

Borouge RH680MO resin is a high-flow transparent polypropylene random copolymer resin designed for high-speed injection molding of transparent and thin-wall products. The material delivers an optimized balance of optical clarity, mechanical performance, and outstanding processability.

RH680MO grade is particularly suited for applications requiring excellent transparency, short cycle times, and consistent product quality, making it an ideal choice for household goods, food packaging, and consumer applications.

Item	Value	Test Method
Density	0.90–0.91 g/cm³	ISO 1183
Melt Flow Rate (230 °C / 2.16 kg)	High flow (typical ~40 g/10 min)	ISO 1133
Tensile Modulus	1,050 MPa	ISO 527
Flexural Modulus	1,050 MPa	ISO 178
Charpy Notched Impact Strength (23 °C)	6kJ/m²	ISO 179
Vicat Softening Temperature	124°C	ISO 306

Main Applications

Transparent household containers.
Thin-wall food packaging and storage boxes.
Cups, lids, and closures.
Consumer and daily-use containers.
Display packaging and clear housings.

Main Features & Benefits

(1) Balanced Mechanical Performance

This PP material offers a reliable balance of stiffness and impact resistance. Good toughness at ambient temperatures ensures durability in everyday use, while consistent dimensional stability supports thin-wall and lightweight designs.

(2) Outstanding Optical Properties

Borouge RH680MO provides high transparency, low haze, and excellent surface gloss, resulting in a clean, crystal-clear and glass-like appearance. It is well suited for applications where visual appeal and product visibility are critical.

(3) Superior Processing Performance

With its high melt flow rate, PP RH680MO enables easy mold filling and supports high-speed injection molding with short cycle times. The grade offers a wide processing window, excellent demolding and denesting behavior, and reduced blooming, ensuring smooth production and clean, uniform surfaces.

(4) Product Safety & Compliance

The resin is suitable for food-contact applications, subject to relevant regulatory approvals. It features low odor and good organoleptic properties and is classified as a non-hazardous material under normal handling and processing conditions.