BPD2000 is an unstabilised and clean low density polyethylene. Applications BPD2000 is designed for use in Medium voltage (MV) power cables insulation using the Direct Peroxide Injection (DPI) process. For insulation of cables of higher voltage, it is recommended to use our grade BPD2000E, please refer to corresponding datasheet.

BPD2000E is an unstabilised and clean low density polyethylene. Applications BPD2000E is designed for use in Medium/High Voltage (MV/HV) power cables insulation using the direct peroxide injection (DPI) process and applications requesting extra cleanliness. Suitability of BPD2000E for insulation of HV cables and voltage limitation depend on experience acquired and validations undergone by the cable manufacturer.

BPD 2070 is an unstabilised low density thermoplastic polyethylene. It is designed for use in medium voltage power cable one step silane crosslink insulation. BPD 2070 shows good electrical properties and good cleanliness. Provided suitable antioxidant is added by the user and proper processing conditions are adopted, BPD 2070 can be used as the base resin for a thermoplastic high voltage insulation compound. Adequate filtering might be necessary for this high voltage application.

BPD 2142 is an unstabilised low density polyethylene. This material, when compounded with suitable additives, is designed for use in silane crosslinking processes. Its melt flow rate allows it to be processed with the two main silane technologies: Monosil (one-step process) and Sioplas (two-step process). It has been developed for insulation of power cables up to 5 kV.

BPD2167 is an unstabilised low density thermoplastic polyethylene. It is designed for use in "Câble de façade" application and one step silane crosslinking insulation. A carefully selected carbon black and additives master batch needs to be added to BPD2167 to reach the final "Cable de Façade" formulation. The best performance in terms of homogeneity, aging and anchorage tests is however obtained with the fully formulated black compound BPD8167, to which only the Silane mixture needs to be added.

BPD 8063 is a low density polyethylene compound having low dielectric loss properties meeting the needs of many coaxial and control cable applications. It contains a non staining antioxidant.

BPD 8128 is a high molecular weight low density polyethylene compound specially designed for crosslinking with silanes. It is a "non staining" Monosil® product that contains a controlled amount of metal-deactivator and antioxidant to provide the desired copper contact performance. BPD 8128 is widely used by cable manufacturers using a Silane® (one step) crosslinking process. Its major area of application is for the insulation of low voltage power cables.

InnoPlus LD2026K is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade is excellent transparency, mechanical property and processability. Typical Applications : InnoPlus LD2026K is designed for variety of film application such as general purpose and thin film, zip bag and food packaging film. In addition, LD2026K is very suitable for liner cap, drinking water cap and vegetable oil cap. Additives : Slip and Antiblock

InnoPlus LD2420D is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade offers easy processability, good balance of mechanical and optical properties. Film extruded from InnoPlus LD2420D has high tensile strength, elongation, good toughness and good tear strength. Typical Applications : InnoPlus LD2420D is recommended for producing the heavy duty films, agricultural films, shrink films, tubes and small extrusion blow molding containers.

InnoPlus LD2420F is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade offers excellent processability for increased extruder outputs, good balance of mechanical and optical properties, exceptional clarity and gloss. Typical Applications : InnoPlus LD2420F is recommended for producing the heavy duty films, agricultural films, shrink films, tubes and small extrusion blow molding containers. Additives : No additives.

InnoPlus LD2420H is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade offers easy processability, excellent optical property and low gel level. Typical Applications : InnoPlus LD2420H is a very versatile of general purpose films, shrink films, food packaging films and foam applications. Additives : No additives.

InnoPlus LD2420K is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade has well balance property of optical property, mechanical property and processability. Typical Applications : InnoPlus LD2420K is designed for variety of film application such as general purpose film, shrink film, zip bag and food packaging film. In addition, LD2420K is very suitable for liner cap, drinking water cap and vegetable oil cap and foam application. Additives : No additives.

InnoPlus LD2420T is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade designed for injection molding which offers easy processability and fast cycling. Typical Applications : InnoPlus LD2420T is suitable for injection molding such as flexible closures, lids, toys and masterbatch carrier, etc. Additives : No additives.

InnoPlus LD2426F is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade offers excellent processability for increased extruder outputs, good balance of mechanical and optical properties, exceptional clarity and gloss. Typical Applications : InnoPlus LD2426F is recommended for producing the heavy duty films, agricultural films, shrink films, tubes and small extrusion blow molding containers. Additives : Slip and Antiblock

InnoPlus LD2426H is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade offers easy processability, excellent optical property and low gel level. Typical Applications : InnoPlus LD2426H is a very versatile of general purpose films, surface protection film, lamination film, food packaging films, foam sheets and air bubble films. Additives : Slip and Antiblock

InnoPlus LD2426K is produced by high pressure tubular process, a technology licensed by LyondellBasell. This grade has well balance property of optical property, mechanical property and processability. Typical Applications : InnoPlus LD2426K is designed for variety of film application such as general purpose film, shrink film, zip bag and food packaging film. In addition, LD2426K is very suitable for liner cap, drinking water cap and vegetable oil cap. Additives : Slip and Antiblock

Low Density Polyethylene, Injection molding grade

IPETHENE ® 100 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - No additives - Good mechanical properties - Excellent bubble stability Uses: - Heavy duty bags - Agricultural films - Construction films - Flexible tubes - Squeezable bottles - Shrink films - Pipes - Liners Processing Methods: - Blown film extrustion - Blow molding - Pipe extrusion

IPETHENE ® 101 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - No additives - Good mechanical properties - Excellent optical properties Uses: - Agricultural films - Flexible tubes - Squeezable bottles - Shrink films - Liners Processing Methods: - Blown film extrusion - Blow molding - Pipe extrusion

IPETHENE ® 111 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. . Features: - No additives - Excellent bubble stability - Good mechanical properties - Good processability - Good optical properties Uses: - Medium duty bags - Agricultural films - Multilayer and lamination films - Squeezable bottles - Liners - Pouches - Shrink films Processing Method: - Blown film extrusion - Blow Molding

IPETHENE ® 113 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - Medium level slip and anti-block additives - Heat stabilized - BHT free - Excellent bubble stability - Good mechanical properties - Good optical properties Uses: - Medium duty bags - Liners - Shrink films Processing Methods: - Blown film extrusion

IPETHENE ® 213 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - Medium level slip and anti-block additives - Heat stabilized - BHT free - Good optical properties - Good processability Uses: - Carrier and shopping bags - Thin packaging films - Liners - Pouches - Foamed sheets Processing Methods: - Blown film extrusion - Foaming

IPETHENE ® 320 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - No additives - Excellent optical properties - Excellent film quality - Excellent draw-down - Good processability Uses: - Multilayer and lamination films - Pouches - High clarity films - High quality film master-batches - Bubble films - Squeezable bottles Processing Methods: - Blown film extrusion - Blow molding - Cast film extrusion - Compounding - Foaming - Injection Molding

IPETHENE ® 322 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - Medium level slip and anti-block additives - Heat stabilized - BHT free - Excellent draw-down - Good optical properties - Good processability Uses: - Carrier and shopping bags - Thin packaging films - Bubble films - Foamed sheets Processing Methods: - Blown film extrusion - Cast film extrusion - Foaming

IPETHENE ® 323 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - High level slip and anti-block additives - Heat stabilized - BHT free - Excellent draw-down - Good processability - Good optical properties Uses: - Carrier and shopping bags - General packaging films - Bubble films Processing Methods: - Blown film extrusion - Cast film extrusion

IPETHENE ® 4140 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - No additives - Good environmental stress cracking resistance - Excellent bubble stability - Good mechanical properties Uses: - Large diameter agricultural films - Construction films - Shrink films - Pipes - Heavy duty bags Processing Methods: - Blown film extrusion - Blown molding - Pipe extrusion

IPETHENE ® 4203 is a low-density polyethylene film grade, produced by high-pressure autoclave technology. Features: - No additives - Good environmental stress cracking resistance - Excellent bubble stability - Good mechanical properties Uses: - Large diameter agricultural films - Construction films - Shrink films - Pipes - Heavy duty bags Processing Methods: - Blown film extrusion - Blown molding - Pipe extrusion

IPETHENE ® 470 is a low-density polyethylene produced by high-pressure autoclave technology, designed for extrusion coating and lamination. Features: - No additives - Low neck-in - Stable web properties - Good adhesion to substrates - Good moisture barrier - Low coating weight - Good organoleptic properties Uses: - Coating paper, cardboard, aluminium foil, plastic film and fabric - Squeezable bottles - Master-batches Processing Methods: - Blown molding - Compounding - Extrusion coating and lamination

IPETHENE ® 600 is a low-density polyethylene injection molding grade, produced by high-pressure autoclave technology. Features: - No additives - Good stiffness Uses: - Caps and closures - Containers - Household articles - Toys Processing Methods: - Injection molding

IPETHENE ® 670 is a low-density polyethylene produced by high-pressure autoclave technology, designed for extrusion coating and lamination. Features: - No additives - Low neck-in - Stable web properties - Good adhesion to substrates - Good moisture barrier - Low coating weight - Good organoleptic properties Uses: - Coating paper, cardboard, aluminium foil, plastic film and fabric - Squeezable bottles - Master-batches Processing Methods: - Blow molding - Compounding - Extrusion coating and lamination

IPETHENE ® 810 is a low-density polyethylene injection molding grade, produced by high-pressure autoclave technology. Features: - No additives - High flow - Low warpage Uses: - Caps and closures - Household articles - Containers - Baskets - Toys - Master-batches Processing Methods: - Compouding - Injection molding

IPETHENE ® 830 is a low-density polyethylene injection molding grade, produced by high-pressure autoclave technology. Features: - No additives - High flow - Good stiffness - Low warpage - Short cycle time Uses: - Caps and closures - Household articles - Containers - Baskets - Toys - Personal Hygiene Processing Methods: - Injection molding

IPETHENE ® 900 is a low-density polyethylene injection molding grade, produced by high-pressure autoclave technology. Features: - No additives - High flow - Low warpage Uses: - Containers - Baskets - Household articles - High filler compounds Processing Methods: - Compounding - Injection molding

IPETHENE ® 970 is a low-density polyethylene injection molding grade, produced by high-pressure autoclave technology. Features: - No additives - High flow - Low warpage Uses: - Carpet Backing - Baskets - Household articles - High filler compounds Processing Methods: - Compounding - Injection molding

COMPOUND PEBD PRETO (TC 9008) IS A LOW DENSITY POLYETHYLENE COMPOUND, WITH HIGH MOLECULAR WEIGHT AND MOLECULAR WEIGHT DISTRIBUTION, SPECIALLY DEVELOPED TO WIRE & CABLE JACKETING. THIS GRADE SHOW GOOD EXTRUDABILITY, MECHANICAL RESISTANCE AND STRESS CRACKING. IT CONTAINS CARBON BLACK TO RESIST PHOTODEGRADATION AND HIGH UV ABSORPTION COEFFICIENT. ACCORDING TO ASTM D 1248:04, TC9008 IS IC-5 CLASSIFIED, E9 DEGREE, J4 E W4. CAS REGISTRY NUMBER: 9002-88-4. LDPE IS NOT A HYGROSCOPIC MATERIAL. HOWEVER, CARBON BLACK, WHICH IS USED AS AN ANTI-UV ADDITIVE, ABSORBS MOISTURE FROM THE ENVIRONMENT. THEREFORE, ALL HDPE CONTAINING CARBON BLACK IN ITS COMPOSITION MUST BE DRIED BEFORE USE. THE DRYING PROCESS MUST BE MADE AT LEAST FOR 2 HOURS AT 90°C. UNDER THESE CONDITIONS THE AMOUNT OF MOISTURE DECREASES TO VALUES THAT WILL NOT INTERFERE IN THE PROCESSABILITY OF THE RESIN. THE USE OF THIS RESIN WITHOUT PREVIOUS DRYING MAY CAUSE PROBLEMS IN THE FINISHED PRODUCT, SUCH AS BLISTERING AND/OR ROUGHNESS OF THE SURFACE.

LDPE FILM EXTRUSION GOST16337-77, rev. 1-3 Production method: low density polyethylene is produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using radical initiators. Application: production of bags, pipes, fittings, articles designed for foodstuff contact, toys, films and film articles, shaped-molded parts, etc.

LDPE INJECTION MOLDING GOST16337-77, rev. 1-3 Production method: low density polyethylene is produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using radical initiators. Application: production of bags, pipes, fittings, articles designed for foodstuff contact, toys, films and film articles, shaped-molded parts, etc.

LDPE CABLE COMPOSITIONS GOST 16336-2013 Production method: compositions are produced on the basis of high pressure (low density) polyethylene with stabilizers and other additives. Application: compositions are intended for insulations, coverings and protective covers of wires and cablesthrough extrusion.

LDPE CABLE COMPOSITIONS GOST 16336-2013 Production method: compositions are produced on the basis of high pressure (low density) polyethylene with stabilizers and other additives. Application: compositions are intended for insulations, coverings and protective covers of wires and cablesthrough extrusion.

LDPE INJECTION MOLDING GOST16337-77, rev. 1-3 Production method: low density polyethylene is produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using radical initiators. Application: production of bags, pipes, fittings, articles designed for foodstuff contact, toys, films and film articles, shaped-molded parts, etc.