HDPE 7000F

HDPE 7000F

What is HDPE 7000F?

HDPE 7000F is a high-quality, high-density polyethylene resin for applications requiring an outstanding balance of physical properties and processing ease. This general-purpose polymer was specifically designed for film extrusion and finds very substantial acceptance in those applications where clarity, coupled with strong and tough physical properties, is required.

HDPE 7000F is widely recognized for its high strength-to-weight ratio and provides superior performance in many applications at a very economical cost. Its excellent mechanical properties, coupled with outstanding processability, make it a reliable and ecologically viable material for industrial, commercial, and consumer applications.


Key Properties of HDPE 7000F

  1. High Strength and Stiffness: Its robust mechanical properties ensure durability and reliability, even under challenging conditions.
  2. Excellent Processability: Designed for efficient film extrusion, High-density polyethylene 7000F allows manufacturers to produce films with minimal waste and maximum consistency.
  3. Chemical Resistance: Its resistance to a wide range of chemicals enhances its longevity in aggressive environments.
  4. Superior Film Quality: Films made from HDPE 7000F are known for their toughness, excellent clarity, and resistance to tearing.
  5. Lightweight and Durable: Its low weight and high strength make it an economical and versatile material.

Applications and Uses of HDPE 7000F

High-density polyethylene 7000F’s unique characteristics have positioned it as a go-to material in numerous industries, including packaging, construction, agriculture, and more. Below are some of the prominent applications:

Packaging Films:

  • High-density polyethylene 7000F is widely used in the production of high-quality films for packaging. Its films are highly clear, tough, and barrier-free, making them ideal for wrapping perishable goods, industrial equipment, and consumer products. It is also cost-effective, which makes it the preferred choice for large-scale packaging requirements.

Industrial Liners:

  • HDPE 7000F is extensively used for industrial liners as it offers the best resistance of chemicals and toughness. The uses of HDPE 7000F include geomembranes for landfills, agricultural pond liners, and containment systems preventing chemical leakage, which further inhibits chemical contamination. It allows the satisfaction of environmental laws as well as lasting durability in vital applications.

Agricultural Films:

  • The agricultural applications make use of the toughness and flexibility of HDPE 7000F to produce mulch films, silage wraps, and greenhouse coverings. These films protect crops, increase yield, and withstand harsh environmental conditions. Their resistance to UV degradation ensures prolonged performance under continuous sunlight exposure.

Consumer Goods:

  • High-density polyethylene 7000F has a wide application in the consumer sector, mostly for the production of carry bags, garbage bags, and shrink wraps. It is light in weight yet carries high strength, hence durable and convenient. The material also supports custom designs based on demands from various consumers.

Construction Sheeting:

  • The construction industry depends on HDPE 7000F for protective sheeting, vapor barriers, and insulation films. These materials protect the construction site from moisture, dust, and environmental stress. Its flexibility and ease of installation save labor costs and increase efficiency in various construction projects.

Medical and Pharmaceutical Packaging:

  • HDPE 7000F is best suited for packaging medical supplies, pharmaceutical products, and laboratory equipment because it is non-toxic and chemically resistant, thereby ensuring safety and compliance with health standards. Its ability to maintain sterility further enhances its suitability for sensitive medical applications.

Heavy-Duty Sacks and Bags:

  • HDPE 7000F is frequently used to manufacture heavy-duty sacks and bags for transporting grains, fertilizers, and industrial materials. These products are designed to deliver exceptional durability and cost efficiency. Their resistance to punctures and tears ensures reliable performance during rigorous transportation and handling.


Advantages of Using HDPE 7000F

Cost Efficiency:

  • High-density polyethylene 7000F possesses excellent processability and can make high-quality products at lower cost. In addition to that, its lightweight nature minimizes transportation costs, hence generally cost-effective. This balance of quality and affordability makes it a strategic choice for budget-conscious industries.

Durability and Longevity:

  • HDPE 7000F-based products demonstrate excellent resistance to wear, abrasion, and environmental stress cracking. Such attributes ensure that it lasts longer under tough conditions. This resilience helps sustain the practice as it minimizes the replacement rate.

Chemical Resistance:

  • This explains why the material is preferred for applications that call for exposure to acids, alkalis, or solvents. Indeed, it has become indispensable industrially and environmentally due to its resistance to aggressive chemicals.

Environmental Benefits:

  • HDPE 7000F is recyclable and supports environmentally friendly manufacturing, minimizing industrial waste. Recycled HDPE has retained excellent performance properties, ensuring this is a more environmentally sustainable product. The product has a very low carbon footprint, aligned with global sustainability objectives.

Versatility:

  • Its versatility can go across multiple sectors, from agriculture to construction and the like. With this in mind, being versatile in addressing certain specialized requirements has made High-density polyethylene 7000F one of the most favorite choices among the manufacturer’s fraternity.

Product Consistency:

  • Manufacturers benefit from the consistent quality of High-density polyethylene 7000F, which minimizes defects and ensures uniformity in the final products.

Safety and Compliance:

  • High-density polyethylene 7000F is nontoxic, meets high standards for safety, and can thus be applied to food-packaging materials as well as other sensitive medical products. Such established compliance in industries will therefore bring comfort to its users.

Packing of HDPE 7000F

Proper packaging is essential to maintain the quality and integrity of High-density polyethylene 7000F during transportation and storage. Typically, this material is supplied in the following forms:

  1. 25 kg Bags: Convenient for small-scale users and easy to handle.
  2. Jumbo Bags: Ideal for bulk orders, offering cost-effective storage and transportation solutions.
  3. Custom Packaging: Depending on specific customer needs, customized packaging options may be available.

All packaging materials are designed to protect High-density polyethylene 7000F from moisture, contamination, and physical damage, ensuring its properties remain intact until it reaches the end-user.


Safety Tips for Handling HDPE 7000F

While HDPE 7000F is generally safe to handle, following safety guidelines ensures the well-being of workers and the integrity of the material:

  1. Storage Conditions:
    • Store HDPE 7000F in a cool, dry place, away from direct sunlight and heat sources.
    • Avoid exposure to moisture to prevent clumping or degradation.
  2. Handling Precautions:
    • Use appropriate personal protective equipment (PPE), such as gloves and safety goggles, during handling and processing.
    • Avoid inhaling dust generated during the material’s processing.
  3. Fire Safety:
    • HDPE is a flammable material. Store it away from open flames, sparks, or any source of ignition.
    • Keep fire extinguishers nearby when processing HDPE.
  4. Disposal and Recycling:
    • Recycle HDPE 7000F wherever possible to reduce environmental impact.
    • Dispose of non-recyclable waste in compliance with local regulations.

Technical Datasheet

Properties Test Method Units Value
Melt Flow Rate ISO 1133 g/10 min 0.04
Density (23 °C) ISO 1183 kg/m3 952
Tensile Strength at Yield ISO 527-1, -2 Mpa 27
Tensile Strength at Break ISO 527-1, -2 Mpa >24
Elongation at Break ISO 527-1, -2 % >500
Charpy impact Strength ISO 179-1 Kj/m2 NB
Shore hardness ISO 868 D scale 64
Stress cracking resistance ASTM 1693 hr >600
Melting Temperature ISO 11357 °C 131
Vicat softening Temperature ISO 306 °C 124

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