ExxonMobil HDPE HYA600, also referenced as HD 5404 in updated product documentation, is a general-purpose high-density polyethylene resin for blow molding. It combines processing flexibility with a balanced profile of stiffness and toughness, making it suitable for evaluating in small- to medium-sized hollow containers. Its practical performance characteristics and processing requirements make it a relevant option for manufacturers seeking consistent production and cost efficiency. Technical Specifications of HDPE HYA600 PropertyTypical ValueTest MethodDensity0.954 g/cm³ASTM D1505Melt Index (190°C/2.16 kg)0.35 g/10 minASTM D1238High Load Melt Index (190°C/21.6 kg)29 g/10 minASTM D1238Vicat Softening Temperature126°CASTM D1525Tensile Modulus1,100 MPaASTM D638Tensile Stress at 100% Strain14 MPaASTM D638Tensile Strength at Yield23 MPaASTM D638Elongation at Break>100%ASTM D638Notched Izod Impact Strength9.9 kJ/m²ISO 180/1A Main Applications of ExxonMobil HYA600 (1) Household Cleaning Product PackagingHDPE HYA600 can be evaluated for laundry detergent bottles, household cleaner containers, and similar daily-use packaging. Selection should account for bottle rigidity, drop performance, wall thickness, and compatibility with the formulation.(2) Industrial Chemical ContainersThe resin may be suitable for selected small and medium-sized containers used to package industrial chemicals. Before commercial production, manufacturers should assess chemical compatibility, leakage resistance, and ESCR under representative storage conditions.(3) General Rigid PackagingOther potential applications include rigid bottles and hollow packaging products that require consistent molding performance and adequate mechanical strength. The final selection depends on container capacity, design, operating conditions, and end-use requirements. Purchasing Considerations Before purchasing ExxonMobil HYA600, buyers should evaluate the following points.1. Confirm the grade designation. Verify the relationship between ExxonMobil HD 5404 and HYA600 with the supplier and ensure that the offered material matches the required specification.2. Request current technical documents. Obtain the TDS, Safety Data Sheet (SDS), batch quality certificate, and applicable regulatory documentation.3. Define the end use. Specify whether the resin will be used for household cleaners, industrial chemical containers, food-contact packaging, or another application.4. Assess equipment compatibility. Consider extruder capacity, die design, mold configuration, and target production rate.5. Test finished products. Evaluate drop performance, stacking strength, leakage, chemical compatibility, and ESCR as applicable. Your Name * Your Email * Your Phone * Your Country Your Message *