SABIC B1054 HDPE Multimodal Resin

Physical Properties

• Density: Measured in line with the ASTM D1505 standard, the density of the material is 0.954 g/cc (0.0345 lb/in³), influencing its performance.
• Melt Flow: By the ISO 1133 standard, at 190 °C (374 °F), it has a melt flow rate of 0.45 g/10 min with a 5.00 kg (11.0 lb) load and 9.5 g/10 min with a 21.6 kg (47.6 lb) load.

Polymer Properties:

1. Base Material: High – Density Polyethylene (HDPE)
2. Key Features:
   
   • High Rigidity & Structural Strength:The material’s high density and multimodal structure result in exceptional stiffness. 
   • Excellent ESCR: The multimodal design provides superior resistance to stress cracking, a critical factor for containers holding aggressive liquids.
   • Outstanding Processability:Maintains excellent melt strength and flow properties, ensuring efficient and stable production.

Applications:

The unique combination of properties makes SABIC B1054 an ideal choice for demanding blow molding applications.

1. Large Blow Molded Containers & Drums
   
   • Scenario: Manufacturers need large containers for chemicals that are resistant to failure during transport and storage.
   • Case Study: A chemical company switched to SABIC B1054 for their 200-liter drums.
     • The superior ESCR (> 1000h FNCT) resulted in a near-zero failure rate, while the material’s stiffness allowed for a lighter, more sustainable design.
2. Fuel Tanks
   
   • Scenario: Automotive fuel tanks must be durable, lightweight, and resistant to chemicals and physical stress.
   • Case Study: An automotive components company used this grade to produce lightweight fuel tanks.
     • The high stiffness and resistance to hydrocarbons provided long-term reliability and allowed for complex designs that maximized space efficiency.
3. Consumer Bottles (Detergents, Bleach)
   
   • Scenario: Household product bottles must safely contain potent liquids without stress cracking.
   • Case Study: A consumer goods brand adopted SABIC B1054 for its bleach bottles.
     • The material’s high ESCR prevented cracking, while its rigidity improved the bottle’s shelf appeal and overall durability for end-users.