The information of LDPE FB3000

The raw material description part of the specification level: extrusion film grade Color: --- Application: Uses: transparent bags, film, automotive.LDPE FB3000 is frequently recycled from companies that utilize shopping bags or large quantities of shrink wrap. LDPE also includes Linear Low Density Polyethylene (LLDPE).LDPE FB3000 are just like HDPE in composition but is a more translucent and flexible plastic. Since it is a softer material,LDPE FB3000 are often used in a variety of flexible applications such as squeeze bottles, plastic film, grocery bags, and wire cable coverings. It is usually more costly to produce LDPE FB3000so you will often see products created with this material in smaller applications such as container lids. The recycling code #4 is used to represent LDPE FB3000

Properties of LDPE FB3000 Bottles

Excellent resistance to acids, bases and vegetable oils
Toughness, flexibility and relative transparency
Common Uses for LDPE FB3000

Dry Cleaning Bags
Shrink Wrap and Stretch Film
Coatings for Paper Milk Cartons
Container Lids
Squeeze Bottles
Injection Molding Applications
Adhesives & Sealants
Wire & Cable Coverings
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The information of LDPE FB3000

In order to manufacture the microporous, breathable films applicable to absorbent articles,LDPE FB3000, LLDPE, and HDPE/zeolite composite films
filled with zeolite, uncoated and coated with stearic acid, were prepared. The stearic acid is verified as a coupling agent by how much effect it has
on the various properties such as mechanical, thermal, morphological, and rheological measurements. The incorporation of stearic acid on the
zeolite surface improved the flexibility of polymer matrices. In particular in the LLDPE and HDPE composites, the increase in the area of the air
holes and decrease in the number of the air holes by merging among neighboring air holes was prominent upon higher filler loading, therefore
resulted in enhanced modulus, elongation and impact properties.Blending polymers or composites offers an attractive
alternative in developing new polymeric materials. Particularly, compounding fillers with thermoplastic materials in order
to introduce a desired property is a conventional practice and
useful method [1–11]. Not only mineral fillers such as CaCO3
[3,6], silica, clays, mica, talc, but also metallic fillers such as
aluminum [9], chromium, copper, iron, nickel.
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