Asociados Líderes Mundiales en la industria Petroquímica
Los plásticos son materiales sintéticos poliméricos derivados del petróleo y otros recursos naturales. Su importancia actual y factual radica en su versatilidad y amplio uso en una variedad de aplicaciones, desde envases y productos de consumo hasta componentes de la industria y la tecnología. Los plásticos son apreciados por su durabilidad, ligereza y facilidad de moldeado, lo que los hace indispensables en la fabricación de una amplia gama de productos. tienen la capacidad de ser moldeadas mediante calor y/o presión, y se utilizan para fabricar diversos materiales plásticos con diferentes propiedades y aplicaciones de uso cotidiano y universal en la sociedad contemporánea.
A world-class integrated petrochemical complex with an annual original production capacity of 453,000 metric tons (MT) polyethylene (MDPE/HDPE) and 47,000MT of 1-hexene. Constructed adjacent to the Q-Chem plant, Q-Chem II’s facility began operation in 2010 and includes a 350,000 MT polyethylene (MDPE/HDPE) plant and the first full-range normal alpha olefins (NAO) unit in the State of Qatar with an annual capacity of 345,000 MT.
Both the polyethylene and NAO plants utilize stateof-the-art proprietary technology provided by Chevron Phillips Chemical, a major producer of chemicals and plastics.
Marketed by QatarEnergy under the brand name Lotrène® effective 1st December 2015, the high-quality Q-Chem and Q-Chem II HDPE and MDPE products are widely used for various thermoplastic techniques, offering an extensive range of applications such as blown film, blow molding, pipe, and geomembranes.
HDPE / Blow Film
Refined by molecular distillation after the reaction between neo-polyhydric alcohol and saturated straight/branched-chain fatty acids. Some HH's refrigerating machine oils formulated with these POE ester base oils have been successfully applied to refrigeration compressors in main engine plants. It has excellent mutual solubility and compatibility with new environment-friendly refrigerants. POE Polyol Ester Base Oils have excellent hydrolytic stability.
| Grade | Q TR-131 | Q TR-144 |
|---|---|---|
| Density (Target: ASTM D1505) | 0.938 | 0.946 |
| MI-2, (dg/min), (Target: ASTM D1238) | 0.2 | 0.18 |
| HLMI, (dg/min), (Target: ASTM D1238 | 15 | 15 |
| Processing Technique | Blow Film | Blow Film |
| General Applications | Industrial liners, grocery sacks, bags and packaging films. | Industrial liners, bags and packaging films |
| Detailed Applications | Produce bag . Shopping Bag. Trash Bag | Liners (coex) T-shirt bags, Shopping Bag. Trash Bag |
| Product Description | Q TR-131 is a high molecular weight C6 copolymer with excellent overall balance of toughness and good impact strength and tear properties. | Q TR-144 is a high molecular weight C6 copolymer designed for film applications and formulated to provide good processability, good toughness and durability as well as good blending characteristics with HMW HDPE film resins. |
Polyol Ester Base Oil is refined by molecular distillation after the reaction between neo-polyhydric alcohol and saturated straight/branched-chain fatty acids. Some HH's refrigerating machine oils formulated with these POE ester base oils have been successfully applied to refrigeration compressors in main engine plants. It has excellent mutual solubility and compatibility with new environment-friendly refrigerants. POE Polyol Ester Base Oils have excellent hydrolytic stability.
| Grade | Q 5502BN | Q 5202BN | Q 50100 | Q TR-571 |
|---|---|---|---|---|
| Density (Target: ASTM D1505) | 0.955 | 0.951 | 0.948 | 0.953 |
| MI-2, (dg/min), (Target: ASTM D1238) | 0.35 | 0.35 | 0.06 | 0.02 |
| HLMI, (dg/min), (Target: ASTM D1238 | 33 | 33 | 10 | 2.5 |
| Processing Technique | Blow moulding | Blow moulding | Blow moulding/thermoforming | Blow moulding |
| Applications | Thin walled parts, containers for packaging food and household chemicals (bleach, detergents, etc). | Containers for packaging food, household chemicals (bleaches, detergents, etc). | Shipping containers (up to 210L), large blow molded parts, sheets. | Large. Part blow molding drums. |
| Detailed Applications | Ice chest & coolers. Household & industrial chemical containers. Food containers, bleach & detergents | Oil bottles, household & industrial chemical containers, bleach & detergent bottles. | Large blow molded and thermoformed parts, 220 L shipping containers, gasoline tanks, agricultural chemical tanks, pallets, automotive dunnage, truck bedliners and boats. | Jerrycans, open-top drums, 220L L-ring drums. |
| Product Description | Q 5502BN is a high molecular weight hexene copolymer tailored for light weight blow molded containers that require excellent stiffness, exceptional processability and exceptional stress cracking resistance. | Q 5202BN is a high molecular weight hexene copolymer tailored for lightweight blow molded containers that require excellent stiffness & processability, exceptional ESCR and a broad processing window. | Q 50100 is an extra high molecular weight copolymer tailored for large blow molded and thermoformed parts that require good melt strength, good rigidity, excellent ESCR and excellent low temperature impact strength. | Q TR-571 is an extra high molecular weight hexene copolymer which provides a good balance of stiffness, melt strength, processability and chemical and stress cracking resistance. |
HDPE / Pipe
Refined by molecular distillation after the reaction between neo-polyhydric alcohol and saturated straight/branched-chain fatty acids. Some HH's refrigerating machine oils formulated with these POE ester base oils have been successfully applied to refrigeration compressors in main engine plants. It has excellent mutual solubility and compatibility with new environment-friendly refrigerants. POE Polyol Ester Base Oils have excellent hydrolytic stability.
| Grade | Q 3802 |
|---|---|
| Density (Target: ASTM D1505) | 0.938 |
| MI-2, (dg/min), (Target: ASTM D1238) | 0.2 |
| HLMI, (dg/min), (Target: ASTM D1238 | 15 |
| Processing Technique | Pipe |
| Applications | PE80 pipes and fittings PE-Al-PE composite pipe geomembrane. |
| Product Description | Q 3802 is a natural (uncolored) high molecular weight hexene copolymer. It exhibits require excellent processability, exceptional melt strength and excellent stress cracking resistance. |
HDPE / Geomembrane
Refined by molecular distillation after the reaction between neo-polyhydric alcohol and saturated straight/branched-chain fatty acids. Some HH's refrigerating machine oils formulated with these POE ester base oils have been successfully applied to refrigeration compressors in main engine plants. It has excellent mutual solubility and compatibility with new environment-friendly refrigerants. POE Polyol Ester Base Oils have excellent hydrolytic stability.
| Grade | Q TR-400 | Q K307 |
|---|---|---|
| Density (Target: ASTM D1505) | 0.938 | 0.937 |
| MI-2, (dg/min), (Target: ASTM D1238) | 0.11 | ∅ |
| HLMI, (dg/min), (Target: ASTM D1238 | 11 | 21 |
| Processing Technique | Geomembrane pipe | Geomembrane |
| Applications | Geomembrane | Pond liners, gas and chemical tank containment liners and landfill liners. |
| Detailed Applications | Smooth and textured geomembrane pressure pipe. | Landfill liners. Gasoline and chemical tank contaminant liners. Tunnel moisture barriers. Mine tailing collecting projects. |
| Product Description | Q TR- 400 is a high molecular weight hexene copolymer tailored for pressure pipe and geomembrane applications that require outstanding ESCR, excellent melt strength, good processability and a broad fusion range. | Q K307 is a medium density high molecular weight hexene copolymer tailored for geomembrane applications that require outstanding ESCR, a borad fusion range, excellent melt strength and good processability. |
A world-class integrated petrochemical complex with an annual original production capacity of 453,000 metric tons (MT) polyethylene (MDPE/HDPE) and 47,000MT of 1-hexene. Constructed adjacent to the Q-Chem plant, Q-Chem II’s facility began operation in 2010 and includes a 350,000 MT polyethylene (MDPE/HDPE) plant and the first full-range normal alpha olefins (NAO) unit in the State of Qatar with an annual capacity of 345,000 MT.
Both the polyethylene and NAO plants utilize stateof-the-art proprietary technology provided by Chevron Phillips Chemical, a major producer of chemicals and plastics.
Marketed by QatarEnergy under the brand name Lotrène® effective 1st December 2015, the high-quality Q-Chem and Q-Chem II HDPE and MDPE products are widely used for various thermoplastic techniques, offering an extensive range of applications such as blown film, blow molding, pipe, and geomembranes.
