Types of LDPE Resins
LDPE Resins are a popular type of plastic film. Its properties include low cost, formability and printability. This makes it an excellent choice for packaging films. It is also commonly used in living hinge applications. It is available in different grades, including 165BW and 150AC.
165BW LDPE Resin is a versatile plastic resin, capable of being processed to form multilayer foam films. The film is composed of a core layer, two skin layers, and a foaming agent. The core layer has a density of 0.922 g/cm3 and a melt index of 0.33 g/lO min. The foaming agent is included in the core layer at about three percent by weight.
165BW LDPE Resin is a blend of five to eighty-five percent LLDPE and one or more other polymers. The amount of LLDPE in the blend is controlled using the reaction temperature, the length of the monomer residence time, and the amount of catalyst system components. The comonomer content and branch length can also be controlled in order to produce the desired linear polyethylenes.
Barefoot polyolefin resins are polymers with melt flow indexes between 0.1 and 20. They can also differ in their weight percentages. The barefoot polyolefin resins are compatible with different types of plastics.
100AC LDPE resin has a variety of applications, including agriculture, contract packaging, laminating film, shopping bags, medical packaging, and refrigeration. Its primary color is white. LDPE resins are also used in the pull of PE film. The resin’s unique properties help manufacturers create various types of plastic products.
150AC LDPE resin is a thermoplastic polymer. It has a density between 0.910 and 0.945 g/cm3 and a melt index (MI) ranging from 0.1 to 15. The resin is produced by supplying melt streams to a multilayer die. The resulting film has an inner and outer skin layer and multiple sublayers.
LDPE is a thermoplastic ethylene-based polymer with a medium-to-broad MWD. Its chemical properties include high levels of long-chain branching and some short-chain branching. LDPEs have high density, in the range of 0.920-0.940 g/cm3. They are used in multilayer films and polyethylene.
The processing of 165BW LDPE resin can be controlled using a variety of parameters. These parameters include reaction temperature, amount of monomer, and molecular weight control agent. The amount and distribution of comonomers in the polyethylene composition can also be controlled. The desired LLDPE compositions may also be obtained by adjusting the branch length and comonomer distribution.
This low-density polyethylene resin can have any melt flow index and any percentage, but in a preferred embodiment, a weight percentage of 75 to 95wt% is required. A mixture of 165BW LDPE and LLDPE can be used to create different compounds with the same melt flow index.
This blend should contain at least 0.1 wt% LLDPE. In addition, it may contain up to 10% of another polymer. The percentage of LLDPE in the polyethylene composition is determined based on the total weight of the polyethylene composition. Alternatively, the blend can contain 5% or 90% LLDPE.
2023JN LDPE Resin is a low density polyethylene resin that exhibits excellent mechanical and optical properties. It contains antiblock and slip additives. This resin is widely used in packaging applications. Besides, it is used for many textile and soft goods packaging applications. This resin also has good processability.
Low density polyethylene is a versatile material that can be used for various applications. It is popularly used in the production of films and bottles, and it is also widely used in wire and cable applications. It can also be used for heat sealing. For example, low density polyethylene film is used to produce shipping sacks, dry cleaner bags, and some types of flexible lids.
SABIC’s 0823JN LDPE Resin is a low density polyethylene resin with excellent processability, excellent draw down ability, and good toughness. Its properties make it a useful choice for shrink film applications. Its superior properties also make it a good choice for use in a variety of applications, including injection molding and blow molding.
The mechanical properties of 0722N LDPE resin are compared to those of conventional LDPE. The results are presented in the table below. A higher loading did not result in a significant increase in Young’s modulus. In addition, the nanoparticles agglomerated, reducing their total surface area.
This low-density polyethylene resin has a good toughness and good optical properties. It is additive-free and suitable for light and medium-duty films. To learn more about this resin, you can download its complete datasheet on the Prospector site. You can also find general information about the Polyethylene, Low Density generic family. And you can leverage the dynamic tools of Prospector to find the solution you need, fast.
This resin is produced through a high pressure autoclave process. It is used mainly in blown film extrusion and injection molding applications. It is especially useful in applications that require good processability and optical properties.