J-HD 105000 S is a high-density polyethylene (HDPE) grade specifically designed for monofilament applications, combining good processability with high tenacity. This grade has a good balance of mechanical strength and high production rates. It is well-suited for multiple applications like ropes and stretched filaments.
J-LL 30235F6 is a linear low-density polyethylene resin (LLDPE), obtained by gas phase technology process. This grade is designed for the production of various types of films and agricultural tapes.J-LL 30235F6 offers excellent processability, mechanical properties, melt strength, and drawability, which are achieved based on balanced molecular weight and molecular weight distribution.
J-HD 1052505 UV is an HDPE copolymer manufactured using Spherilene Gas-Phase Technology. It is an injection molding grade suitable for applications that require good physical properties even at low temperatures, like pails, containers, and technical moldings.
JHD 1052518 is an HDPE copolymer designed for injection molding applications requiring a balance between ease of processability, flowability, and mechanical properties.
LDPE S201969 is the first commercially proven tubular LDPE grade for extrusion coating, developed as a general-purpose application in extrusion coating segments. It can be used at low and very high line speeds for extrusion coating and lamination processes, providing excellent drawdown ability, good edge stability, and low neck-in.
LDPE S202047A is a low-density polyethylene with good toughness and excellent optical properties. This grade includes a medium level of antiblock and slip agent (Erucamide) additives, offering low energy consumption and good drawdown ability during processing. It typically exhibits low friction and low blocking properties.
LDPE S202119 is a low-density polyethylene with excellent optical properties. This grade offers high output and excellent drawdown ability during processing, specifically designed for general-purpose thin films.
LDPE S202125A is a low-density polyethylene with a medium level of anti-block and slip agent (Erucamide) additives. This grade offers good optical properties, low energy consumption, an adequate COF level, and excellent drawdown ability during processing.
LDPE S202130 is a high molecular weight, low-density polyethylene for producing heavy-duty packaging films, such as shrink hoods. It contains no slip agent or antiblock additives, offering outstanding strength, toughness, very good drawdown ability, and biaxial shrink properties.
LDPE S202185 is a high molecular weight, low-density polyethylene with good toughness and excellent biaxial shrink properties. This product contains no slip or antiblock additives and offers good melt strength and drawdown ability during processing.
LDPE S202575 is a high molecular weight, low-density polyethylene with good toughness and biaxial shrink properties, suitable for producing medium-duty films and containers. This grade contains no slip or antiblock additives, offering good melt strength and drawdown ability during processing.
Lemon Petroleum Jelly
Petroleum jelly, also known as Vaseline, is a mixture of mineral oils and waxes that forms a semisolid, jelly-like substance. It consists of hydrocarbons with different melting points and is widely used in cosmetics, health, and industrial applications due to its lubricating and coating properties.
MDPE S403313 is a medium-density polyethylene with a broad molecular weight distribution and high melt strength. Produced using 1-hexene as a comonomer, it is specially designed for thin films requiring high tear resistance, good sealability, high strength, and high drawdown. It is suitable for manufacturing high-strength carrier bags and high-quality thin films for uni/multi-wall packaging.
MDPE S403820 is a medium-density polyethylene with a broad molecular weight distribution and high melt strength. Produced using 1-hexene as a comonomer, this grade is designed for thin films with high tear resistance, good sealability, high strength, and excellent drawdown ability.
This Methanol Alcohol analysis confirms 99.85% purity, clarity, minimal impurities, and compliance with quality standards. It meets limits for water, ethanol, acetone, and sulfur content, with precise distillation and characteristic odor, suitable for high-purity applications.
MEG
Monoethylene glycol
Monoethylene glycol is obtained from the reaction of ethylene oxide and water. It is a clear, transparent, and odorless liquid that can be mixed with water in any proportion.