Polyethylene

Introducing Polyethylene: Our premium-grade polyethylene is produced through the polymerization of ethylene molecules, resulting in a versatile and durable plastic. It finds wide applications in packaging, construction, automotive, and various industries, thanks to its excellent strength, flexibility, and chemical resistance.

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1. High Density Polyethylene (HDPE)

Introducing High Density Polyethylene (HDPE): Our premium-grade HDPE is produced through the polymerization of ethylene under controlled conditions, resulting in a strong and durable plastic. It is widely used in packaging, construction, pipes, and other applications that require excellent strength, chemical resistance, and durability.

1.1 HD45552 IM

Introducing HD45552 IM: This high-performance polymer is produced through advanced polymerization techniques, resulting in superior strength and chemical resistance. Its applications range from automotive and electrical components to industrial coatings, offering excellent performance and durability in demanding environments.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	4	g/10 min
Density		ISO 1183	0.955	g/cm3
Tensile Stress at Yield		ISO 527-1	27	MPa
Elongation at Break		ISO 527-1	1000	%
Flexural Modulus		ISO 178	1200	MPa
Impact
ESCR	F50, 100%	ASTM D1693	>40	hours
Charpy Notched Impact Strength		ISO 179	8	kJ/m2
Thermal
Vicat Softening Temperature	10 N	ISO 306	121	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.2 Polyethylene, grade HD 03490 NP

Introducing Polyethylene, Grade HD 03490 NP: This high-density polyethylene is produced through a state-of-the-art polymerization process, resulting in a versatile and durable material. It is widely used in packaging, pipes, and automotive components due to its excellent strength, impact resistance, and chemical stability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133	0.3	g/10 min
Density		ISO 1183	0.949	g/cm3
Volatile Content		EN 12099	≤350	mg/kg
Tensile Stress at Yield		ISO 527	24	MPa
Tensile Stress at Break		ISO 527	35	MPa
Elongation at Break		ISO 527	>800	%
Flexural Modulus		ISO 178	>1000	MPa
Impact
Izod Impact Strength	- 20 C	ASTM D256	18	kJ/m2
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
OIT	210 °C	ISO 11357	>45	min
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.3 PE HD03490 PE

Introducing PE HD03490 PE: This polyethylene is manufactured using advanced techniques, resulting in a high-density material with superior strength and durability. It finds extensive applications in packaging, construction, and automotive industries due to its excellent chemical resistance and thermal stability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133	0.3	g/10 min
Density		ISO 1183	0.949	g/cm3
Volatile Content		EN 12099	≤350	mg/kg
Tensile Stress at Yield		ISO 527	24	MPa
Tensile Stress at Break		ISO 527	35	MPa
Elongation at Break		ISO 527	>800	%
Flexural Modulus		ISO 178	>1000	MPa
Impact
Izod Impact Strength	- 20 C	ASTM D256	18	kJ/m2
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
OIT	210 °C	ISO 11357	>45	min
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification

1.4 PE HD03580 SB

Introducing PE HD03580 SB: This polyethylene is produced using state-of-the-art technologies, yielding a high-quality material with exceptional stiffness and toughness. It is widely utilized in the manufacturing of pipes, sheets, and containers, offering excellent impact resistance and chemical stability for various applications.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.3	g/10 min
Density		ISO 1183	0.958	g/cm3
Tensile Stress at Yield		ISO 527-1	30	MPa
Tensile Stress at Break		ISO 527-1	30	MPa
Elongation at Break		ISO 527-1	550	%
Flexural Modulus		ISO 178	1350	MPa
Impact
Charpy Notched Impact Strength	23 C	ASTM 179	12	kJ/m2
Izod Impact Strength	23 C	ASTM D256	40	kJ/m2
ESCR	F50, 10 %	ASTM D1693	250	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	129	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification

1.5 PE HD03594 NP

Introducing PE HD03594 NP: This polyethylene is manufactured through advanced processes, resulting in a high-density material with excellent strength and durability. It finds extensive applications in packaging, construction, and automotive industries, offering outstanding performance and reliability in various end-use applications.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133	0.3	g/10 min
Density		ISO 1183	0.959	g/cm3
Volatile Content		EN 12099	≤350	mg/kg
Tensile Stress at Yield		ISO 527	21	MPa
Tensile Stress at Break		ISO 527	34	MPa
Elongation at Break		ISO 527	>800	%
Flexural Modulus		ISO 178	>1000	MPa
Impact
Izod Impact Strength	- 20 C	ASTM D256	18	kJ/m2
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
OIT	210 °C	ISO 11357	>45	min
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.6 PE HD10500 FE

Introducing PE HD10500 FE:This high-density polyethylene is produced using state-of-the-art technology, ensuring superior quality and exceptional performance. It is widely used in the manufacturing of pipes, containers, and films, offering excellent strength, chemical resistance, and durability for various industrial applications.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	1	g/10 min
Density		ISO 1183	0.950	g/cm3
Properties measured on 15 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	65/67	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	32/29	MPa
Elongation at Break	MD/TD	ISO 527-1	400/450	%
Dart Drop Impact Strength		ASTM 7765-1	150	g
Tear Strength	23 C	ASTM D1922	8	g/25 µm
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on 15-20 µm film.

1.7 PE HD10500 NP

Introducing PE HD10500 NP:This premium-grade high-density polyethylene is manufactured using advanced processes, resulting in exceptional strength, stiffness, and environmental stress crack resistance. It is widely used in packaging, pipes, and various industrial applications, providing excellent durability and performance.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	1	g/10 min
Density		ISO 1183	0.950	g/cm3
Properties measured on 15 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	45/-	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	22/-	MPa
Elongation at Break	MD/TD	ISO 527-1	300/-	%
Dart Drop Impact Strength		ASTM 1709	120	g
Tear Strength	23 C	ASTM D1922	5	g/25 µm
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on 15-20 µm film.

1.8 PE HD10530 LB

Introducing PE HD10530 LB: This low-density polyethylene is carefully produced using state-of-the-art techniques, ensuring excellent flexibility, impact resistance, and processability. It is commonly used in film applications such as packaging, agricultural films, and liners, providing superior strength and reliable performance.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	1	g/10 min
Density		ISO 1183	0.953	g/cm3
Tensile Stress at Yield	MD/TD	ISO 527-1	26	MPa
Elongation at Break	MD/TD	ISO 527-1	400	%
Flexural Modulus		ISO 178	1000	MPa
Charpy Notched Impact Strength	23 C	ISO 179	12	kJ/m2
Notched Izod Impact Strength	-20 C	ASTM D256	19	kJ/m2
ESCR	F50, 100 %	ASTM D1693	>1000	hours
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.9 PE HD40552 IM

Introducing PE HD40552 IM: This high-density polyethylene is manufactured through advanced technologies, resulting in a product with outstanding strength, stiffness, and environmental stress crack resistance. It finds wide applications in industries such as packaging, construction, and automotive for its excellent performance and versatility.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	4	g/10 min
Density		ISO 1183	0.953	g/cm3
Tensile Stress at Yield		ISO 527-1	27	MPa
Elongation at Break		ISO 527-1	1000	%
Flexural Modulus		ISO 178	1200	MPa
Charpy Notched Impact Strength	23 C	ISO 179	8	kJ/m2
ESCR	F50, 100 %	ASTM D1693	>40	hours
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.10 PE HD80520 FE

Introducing PE HD80520 FE: This polyethylene is produced using state-of the-art manufacturing processes, resulting in a high-density product with exceptional strength, durability, and chemical resistance. It is commonly used in applications such as pipes, fittings, and containers, where toughness and reliability are paramount.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.8	g/10 min
Density		ISO 1183	0.952	g/cm3
Properties measured on 15 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	75/45	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	31/27	MPa
Elongation at Break	MD/TD	ISO 527-1	400/550	%
Dart Drop Impact Strength		ASTM 1709	350	g
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties are measured on 15 µm gauge films with a blow up ratio of 4 and a neck height of 7D.

1.11 PE HD80520 NP

Introducing PE HD80520 NP: This polyethylene is manufactured using advanced techniques, resulting in a high-density product with excellent stiffness, impact resistance, and environmental stress crack resistance. It is widely used in applications such as blow molding, injection molding, and film production, offering superior performance and versatility.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.8	g/10 min
Density		ISO 1183	0.952	g/cm3
Properties measured on 15 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	70/-	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	28/-	MPa
Elongation at Break	MD/TD	ISO 527-1	200/-	%
Dart Drop Impact Strength		ASTM 1709	250	g
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties are measured on 15 µm gauge films with a blow up ratio of 4 and a neck height of 7D.

1.12 PE HD85610 IM

Introducing PE HD85610 IM: This high-density polyethylene is produced using state-of-the- art technology, resulting in a resin with exceptional strength, rigidity, and impact resistance. It is ideal for applications such as pipe extrusion, injection molding, and rotational molding, providing durability and reliability in various industries.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	7.5	g/10 min
Density		ISO 1183	0.960	g/cm3
Tensile Stress at Yield		ISO 527-1	32	MPa
Elongation at Break		ISO 527-1	1100	%
Flexural Modulus		ISO 178	1500	MPa
Impact
Izod Impact Strength	23 C	ASTM D256	3.5	kJ/m2
ESCR	F50, 10 %	ASTM D1693	50	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	127	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.13 PE HD85612 IM

Introducing PE HD85612 IM: This high-density polyethylene is produced through advanced manufacturing techniques, resulting in a resin with excellent processability and mechanical properties. It is widely used in applications such as blow molding, extrusion coating, and film production, offering superior strength and versatility in various industries.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	7.5	g/10 min
Density		ISO 1183	0.960	g/cm3
Tensile Stress at Yield		ISO 527-1	32	MPa
Elongation at Break		ISO 527-1	1200	%
Flexural Modulus		ISO 178	1500	MPa
Impact
Izod Impact Strength	23 C	ASTM D256	4	kJ/m2
ESCR	F50, 10 %	ASTM D1693	70	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	127	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification

1.14 PE HD85612 NP

Presenting PE HD85612 NP: This high-density polyethylene is produced using advanced polymerization techniques, resulting in a resin with exceptional toughness and environmental stress crack resistance. It is ideal for injection molding, pipe extrusion, and rotational molding applications, offering durability and long-lasting performance in various industries.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	7.5	g/10 min
Density		ISO 1183	0.960	g/cm3
Tensile Stress at Yield		ISO 527-1	32	MPa
Elongation at Break		ISO 527-1	1000	%
Flexural Modulus		ISO 178	1200	MPa
Impact
Izod Impact Strength	23 C	ASTM D256	3.5	kJ/m2
ESCR	F50, 10 %	ASTM D1693	50	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	125	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.15 HDPE 271-274K

Introducing HDPE 271-274K: This high-density polyethylene is produced through a controlled polymerization process, resulting in a resin with excellent stiffness, chemical resistance, and impact strength. It is widely used in the manufacturing of pipes, containers, and packaging materials, offering superior performance and reliability in various applications.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.30-0.65	g/10 min
Density		ISO 1183	0.950-0.955	g/cm3
Tensile Strength at Break		ISO 527-1	22.6	Mpa
Tensile Stress at Yield		ISO 527-1	21.6	MPa
Elongation at Break		ISO 527-1	700	%
Stress cracking resistance		GOST 13518	500	hours
Shelf life			6	Year

1.16 HDPE 273-285D

Introducing HDPE 273-285D: This high-density polyethylene is produced using advanced polymerization techniques, resulting in a resin with exceptional toughness, dimensional stability, and chemical resistance. It finds extensive use in the production of durable plastic containers, bottles, and industrial piping systems, ensuring reliable performance and long-term durability.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.30-0.60	g/10 min
Density		ISO 1183	0.949-0.952	g/cm3
Tensile Strength at Break		ISO 527-1	21.6	Mpa
Tensile Stress at Yield		ISO 527-1	19	MPa
Elongation at Break		ISO 527-1	700	%
Shelf life			2	Year

1.17 HDPE 273-83

Introducing HDPE 273-83: This high-density polyethylene is manufactured through a controlled polymerization process, resulting in a resin with excellent strength, rigidity, and chemical resistance. It is commonly used in the production of bottles, containers, and various plastic goods, ensuring reliability and versatility in multiple applications.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.40-0.65	g/10 min
Density		ISO 1183	0.950-0.955	g/cm3
Tensile Strength at Break		ISO 527-1	29.4	Mpa
Tensile Stress at Yield		ISO 527-1	22.6	MPa
Elongation at Break		ISO 527-1	700	%
ESCR		ASTM D1693	>500	hours
Shelf life			5	Year

1.18 HDPE 293-285D

Introducing HDPE 293-285D: This high-density polyethylene is produced through a precise polymerization process, resulting in a resin with exceptional strength, durability, and chemical resistance. It is widely used in the manufacturing of pipes, fittings, and other industrial applications, ensuring reliability and long-lasting performance.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133-1	0.4-0.7	g/10 min
Density		ISO 1183	0.943-0.949	g/cm3
Tensile Strength at Break		ISO 527-1	20.6	Mpa
Tensile Stress at Yield		ISO 527-1	17	MPa
Elongation at Break		ISO 527-1	700	%
Shelf life			2	Year

1.19 HDPE PE2NT11-285D

Presenting HDPE PE2NT11-285D: This high-density polyethylene is manufactured using advanced polymerization techniques, resulting in a resin with excellent mechanical properties and chemical resistance. It is extensively used in the production of pipes, containers, and automotive components, ensuring reliability and durability in various applications.

Properties	Conditions	Method	Typical values*	Units
Rheology
Melt Flow Rate	190 C/5 kg	ISO 1133	0.2	g/10 min
Melt Flow Rate	190 C/2.16 kg	ISO 1133	0.7	g/10 min
Density	20 C	ISO 1183	0.950	g/cm3
Volatile Content		EN 12099	≤350	mg/kg
Tensile Stress at Yield		ISO 527-2	20	MPa
Elongation at Break		ISO 527-2	>600	%
Flexural Modulus		ISO 178	>1000	MPa
Thermal
Vicat Softening Temperature	10 N	ISO 306	127	C
OIT	210 °C	ISO 11357	>40	min
Properties measured on 25-30 µm film
Tensile Strength at Break	MD/TD	ISO 527-1	45/33	MPa
Elongation at Break	MD/TD	ISO 527-1	495/550	%
Tensile Stress at Yield	MD/TD	ISO 527-1	22/19	MPa
Tear strength	MD/TD	ASTM D1922	106/544	g
Dart Drop Impact Strength		ISO 7765	202	g
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.20 HDPE PE2NT11-9 (PE100)

Introducing HDPE PE2NT11-9 (PE100): This high-density polyethylene is produced through advanced polymerization processes, resulting in a resin with exceptional strength, durability, and chemical resistance. It is widely used in the manufacturing of pipes, fittings, and other applications requiring high-performance materials with excellent pressure-bearing capabilities.

Properties	Conditions	Method	Typical values*	Units
Rheology
Melt Flow Rate	190 C/5 kg	ISO 1133	0.2	g/10 min
Density	20 C	ISO 1183	0.959	g/cm3
Volatile Content		EN 12099	≤350	mg/kg
Tensile Stress at Yield		ISO 527-2	20	MPa
Tensile Strength at Yield		ISO 527-2	32
Elongation at Break		ISO 527-2	>600	%
Flexural Modulus		ISO 178	>1000	MPa
Izod Impact Strength	23 C	180	25	kJ/m2
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
OIT	210 °C	ISO 11357	>40	min
Pigmentation
Carbon Black Content		ASTM D1603	2.0-2.5	%
Carbon Black Dispersion		ISO 18553	≤3	Grade
Carbon Black Dispersion		ISO 18553	B	Type
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.21 HDPE PE2NT22-12

Introducing HDPE PE2NT22-12: This high-density polyethylene is produced using advanced polymerization techniques, resulting in a resin with excellent strength, toughness, and chemical resistance. It is commonly used in the production of containers, pipes, and various applications requiring durable and reliable plastic materials.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	7.5	g/10 min
Density		ISO 1183	0.963	g/cm3
Tensile Stress at Yield		ISO 527-2	28	MPa
Elongation at Break		ISO 527-2	1200	%
Flexural Modulus		ISO 178	1500	MPa
Impact
Izod Impact Strength	23 C	ISO 180	3.3	kJ/m2
ESCR		GOST 13518	7	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	128	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.22 HDPE PE2NT74-15

Introducing HDPE PE2NT74-15: This high-density polyethylene is produced through a controlled polymerization process, resulting in a resin with excellent stiffness, impact resistance, and environmental stress crack resistance. It is widely used in applications such as pipes, geomembranes, and industrial containers, where durability and performance are crucial.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133-1	1.7	g/10 min
Density	20 C	ISO 1183	0.952	g/cm3
Tensile Stress at Break		ISO 527-2	30	MPa
Tensile Stress at Yield		ISO 527-2	26	MPa
Elongation at Break		ISO 527-2	750	%
Flexural Modulus		ISO 178	1800	MPa
Impact
Izod Impact Strength	23 C	ISO 180	7	kJ/m2
Notched Charpy Impact Strength	23 C	ISO 179-1	8	kJ/m2
ESCR		GOST 13518	60	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.23 HDPE PE2NT75-15

Introducing HDPE PE2NT75-15: This high-density polyethylene is produced using advanced polymerization techniques, resulting in a resin with excellent strength, toughness, and chemical resistance. It is ideal for applications such as water pipes, gas distribution, and industrial containers, where durability and reliability are paramount.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133-1	2.3	g/10 min
Density	20 C	ISO 1183	0.955	g/cm3
Tensile Stress at Break		ISO 527-2	30	MPa
Tensile Stress at Yield		ISO 527-2	26	MPa
Elongation at Break		ISO 527-2	750	%
Flexural Modulus		ISO 178	1800	MPa
Impact
Izod Impact Strength	23 C	ISO 180	7	kJ/m2
Notched Charpy Impact Strength	23 C	ISO 179-1	8	kJ/m2
ESCR		GOST 13518	60	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.24 HDPE PE2NT76-17

Introducing HDPE PE2NT76-17: This high-density polyethylene is produced through a precise polymerization process, resulting in a resin with excellent stiffness, impact resistance, and environmental stress crack resistance. It is widely used in applications such as pressure pipes, geomembranes, and packaging films, where strength and durability are crucial.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/5 kg	ISO 1133-1	2.8	g/10 min
Density	20 C	ISO 1183	0.960	g/cm3
Tensile Stress at Break		ISO 527-2	30	MPa
Tensile Stress at Yield		ISO 527-2	26	MPa
Elongation at Break		ISO 527-2	750	%
Flexural Modulus		ISO 178	1800	MPa
Impact
Izod Impact Strength	23 C	ISO 180	7	kJ/m2
Notched Charpy Impact Strength	23 C	ISO 179-1	8	kJ/m2
ESCR		GOST 13518	60	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	126	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

1.25 HD08530 CC

Introducing HD08530 CC: This high-density polyethylene is produced through a controlled-catalyst process, resulting in a resin with exceptional clarity and chemical resistance. It is commonly used in applications such as food packaging, bottles, and containers where transparency and barrier properties are important.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.8	g/10 min
Density	20 C	ISO 1183	0.953	g/cm3
Shelf life			5	Year

1.26 PE HD 40552 IM

Introducing PE HD40552 IM: This high-density polyethylene is manufactured through an injection molding process, creating a versatile resin with superior impact resistance and dimensional stability. It finds wide applications in automotive components, household products, and industrial containers, ensuring durability and reliability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	4	g/10 min
Density		ISO 1183	0.955	g/cm3
Tensile Stress at Yield		ISO 527-2	27	MPa
Elongation at Break		ISO 527-2	1000	%
Flexural Modulus		ISO 178	1200	MPa
Impact
Notched Charpy Impact Strength	23 C	ISO 179-1	8	kJ/m2
ESCR	F50, 100%	ASTM D1693	>40	hours
Thermal
Vicat Softening Temperature	10 N	ISO 306	121	C
Shelf life			5	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

2.Linear Low Density Polyethylene (LLDPE)

Introducing Linear Low Density Polyethylene (LLDPE): Produced through a copolymerization process, LLDPE exhibits excellent flexibility, impact resistance, and tear strength. It is widely used in packaging films, agricultural films, geomembranes, and various other applications requiring high-performance, durable, and lightweight materials.

2.1 PE LL0920 TR

Introducing PE LL0920 TR: Produced using a high-pressure polymerization process, PE LL0920 TR is a versatile Linear Low Density Polyethylene (LLDPE) grade. It offers excellent toughness, tear resistance, and processability, making it ideal for film applications such as packaging, agriculture, and industrial uses.

2.2 PE LL09200 FE

Introducing PE LL09200 FE: Produced through a high-pressure polymerization process, PE LL09200 FE is a high-quality Linear Low Density Polyethylene (LLDPE) grade. It offers excellent strength, flexibility, and impact resistance, making it suitable for various film applications such as packaging, agriculture, and construction.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	0.9	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	44 / 40	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	11/12	MPa
Elongation at Break	MD/TD	ISO 527-1	800/850	%
Tear Strength	MD/TD	ASTM D1922	160/360	g/25 µm
Dart Drop Impact Strength		ASTM 1709	150	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	100	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow-up ratio 2:1 with a melt temperature of 225 °C.

2.3 PE LL2020 TR

Introducing PE LL2020 TR: Produced using advanced technology, PE LL2020 TR is a premium-grade Linear Low Density Polyethylene (LLDPE). It possesses exceptional tensile strength, superior flexibility, and excellent impact resistance, making it ideal for various packaging, agricultural, and industrial film applications.

2.4 PE LL20200 FE

Introducing PE LL20200 FE: Manufactured using state-of-the-art processes, PE LL20200 FE is a high-quality Linear Low Density Polyethylene (LLDPE). It exhibits excellent toughness, outstanding chemical resistance, and exceptional sealing properties, making it suitable for a wide range of flexible packaging and film applications.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	36/30	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	11/12	MPa
Elongation at Break	MD/TD	ISO 527-1	900/1100	%
Tear Strength	MD/TD	ASTM D1922	150/380	g/25 µm
Dart Drop Impact Strength		ASTM 1709	130	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	98	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow-up ratio 2:1 with a melt temperature of 225 °C.

2.5 PE LL20200 NP

Introducing PE LL20200 NP: Produced using advanced manufacturing techniques, PE LL20200 NP is a premium-grade Linear Low Density Polyethylene (LLDPE). It offers excellent strength, durability, and processability, making it ideal for various applications including packaging films, industrial liners, and agricultural films.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD	ISO 527-1	30	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	9	MPa
Elongation at Break	MD	ISO 527-1	650/700	%
Tear Strength	MD/TD	ASTM D1922	100/260	g/25 µm
Dart Drop Impact Strength		ASTM 1709	90	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	96	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow-up ratio 2:1 with a melt temperature of 225 °C.

2.6 PE LL20211 FE

Introducing PE LL20211 FE: Engineered through state-of-the-art production methods, PE LL20211 FE is a high-quality Linear Low Density Polyethylene (LLDPE) that combines excellent strength, flexibility, and impact resistance. It is commonly used in the manufacturing of heavy-duty bags, industrial films, and agricultural applications.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2	g/10 min
Density		ISO 1183	0.921	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	36/30	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	11/12	MPa
Elongation at Break	MD/TD	ISO 527-1	900/1100	%
Tear Strength	MD/TD	ASTM D1922	150/380	g/25 µm
Dart Drop Impact Strength		ASTM 1709	120	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	98	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow-up ratio 2:1 with a melt temperature of 225 °C.

2.7 PE LL20211 NP

Introducing PE LL20211 NP: Manufactured with advanced techniques, PE LL20211 NP is a superior-grade Linear Low Density Polyethylene (LLDPE) known for its exceptional toughness, puncture resistance, and environmental friendliness. It is widely used in packaging, agriculture, and construction applications, providing reliable performance and sustainability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2	g/10 min
Density		ISO 1183	0.921	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD	ISO 527-1	30	Mpa
Tensile Stress at Yield	MD	ISO 527-1	9	MPa
Elongation at Break	MD/TD	ISO 527-1	650/700	%
Tear Strength	MD/TD	ASTM D1922	100/260	g/25 µm
Dart Drop Impact Strength		ASTM 1709	90	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	96	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow-up ratio 2:1 with a melt temperature of 225 °C.

2.8 PE LL30200 FE

Introducing PE LL30200 FE: Produced using state-of-the-art technology, PE LL30200 FE is a high-quality Linear Low Density Polyethylene (LLDPE) known for its excellent strength, flexibility, and impact resistance. It is extensively used in various packaging, film, and pipe applications, delivering exceptional performance and durability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133	3	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	36/19	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	10/8	MPa
Elongation at Break	MD/TD	ISO 527-1	550/750	%
Tear Strength	MD/TD	ASTM D1922	100/300	g/25 µm
Dart Drop Impact Strength		ASTM 1709	90	g
Haze		ASTM D 1003	1	%
Gloss (45 °C)		ASTM D 2457	95	%
Thermal
Vicat Softening Temperature	10 N	ISO 306	97	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded with a melt temperature of 260 °C.

2.9 PE LL30200 NP

Presenting PE LL30200 NP: Manufactured using advanced techniques, PE LL30200 NP is a top-quality Linear Low Density Polyethylene (LLDPE) that offers remarkable strength, flexibility, and chemical resistance. Its versatility makes it ideal for applications in packaging, agriculture, and industrial sectors, ensuring exceptional performance and reliability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 38 µm film**
Tensile Strength at Break	MD	ISO 527-1	30	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	9	MPa
Elongation at Break	MD	ISO 527-1	650/700	%
Tear Strength	MD/TD	ASTM D1922	100/260	g/25 µm
Dart Drop Impact Strength		ASTM 1709	90	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	96	C
Shelf life			5	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on film extruded at a blow up ratio 2:1 with a melt temperature of 225 °C.

2.10 LLDPE F2210

Introducing LLDPE F2210: Produced through a precise polymerization process, LLDPE F2210 showcases outstanding toughness, excellent impact strength, and exceptional melt flow properties. It is widely used in packaging films, agricultural films, and various industrial applications for its superior performance and reliability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	1	g/10 min
Density		ISO 1183	0.920	g/cm3
Properties measured on 15-20 µm film**
Tensile Strength at Break	MD/TD	ISO 527-1	35/32	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	11/9	MPa
Elongation at Break	MD/TD	ISO 527-1	510/545	%
Dart Drop Impact Strength		ASTM 7765-1	175	g
Thermal
Vicat Softening Temperature	10 N	ISO 306	100	C
Shelf life			2	Year
The values given are typical values measured on the product. These values should not be considered as specification. *Properties were measured on 15-20 µm film.

2.11 LLDPE F2225

Introducing LLDPE F2225: Engineered through advanced polymerization techniques, LLDPE F2225 exhibits excellent processability, exceptional impact strength, and enhanced tear resistance. It finds applications in packaging films, stretch films, and other flexible packaging solutions, delivering reliable performance and durability.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	2.5	g/10 min
Density		ISO 1183	0.920	g/cm3
Tensile Strength at Break	MD/TD	ISO 527-1	20	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	9	MPa
Elongation at Break	MD/TD	ISO 527-1	750	%
Shelf life			2	Year

2.12 LLDPE F2230

Introducing LLDPE F2230: Manufactured using cutting-edge polymerization methods, LLDPE F2230 offers superior processability, excellent impact strength, and exceptional puncture resistance. It is widely used in the production of heavy-duty bags, agricultural films, and industrial packaging, providing reliable performance and durability.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	3	g/10 min
Density		ISO 1183	0.922	g/cm3
Tensile Strength at Break	MD/TD	ISO 527-1	16	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	9	MPa
Elongation at Break	MD/TD	ISO 527-1	750	%
Shelf life			2	Year

2.13 LLDPE RM3845UV

Introducing LLDPE RM3845UV: Produced through advanced polymerization techniques, LLDPE RM3845UV offers excellent UV resistance and high tensile strength. It is specifically designed for outdoor applications such as agricultural films, geomembranes, and protective coatings, ensuring long-lasting performance and enhanced durability.

Properties	Conditions	Method	Typical values*	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	4.5	g/10 min
Density	20 C	ISO 1183	0.938	g/cm3
Tensile Strength at Break		ISO 527-2	16	Mpa
Elongation at Break		ISO 527-2	350	%
Stress Cracking resistance		GOST 13518	128	hrs
Shelf life			2	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

2.14 LLDPE PE5118QM

Introducing LLDPE PE5118QM: Produced using advanced catalyst technology, LLDPE PE5118QM offers excellent processability and mechanical properties. It is ideal for blow molding applications, such as containers, bottles, and packaging films, ensuring high quality and efficient production processes.

Properties	Conditions	Method	Typical values	Units
Resin properties
Melt Flow Rate	190 C/2.16 kg	ISO 1133-1	3	g/10 min
Density		ISO 1183	0.918	g/cm3
Tensile Strength at Break	MD/TD	ISO 527-1	115/200	Mpa
Tensile Stress at Yield	MD/TD	ISO 527-1	30/53	MPa
Elongation at Break	MD/TD	ISO 527-1	500/900	%
Tear Strength	MD/TD	ASTM D1922	190/450	g/25 µm
Shelf life			1	Year

3.Metallocene Linear Low Density Polyethylene (mLLDPE)

Introducing Metallocene Linear Low Density Polyethylene (mLLDPE): Produced using metallocene catalyst technology, mLLDPE offers enhanced mechanical properties, clarity, and processing efficiency. It is widely used in packaging films, industrial liners, and flexible packaging applications, ensuring excellent strength, puncture resistance, and sealing properties.

3.1 mLLDPE F2010

Introducing Metallocene Linear Low Density Polyethylene (mLLDPE) F2010: Produced using metallocene catalyst technology, F2010 offers superior clarity, excellent tensile strength, and outstanding processability. It is commonly used in flexible packaging, lamination films, and industrial applications, ensuring optimal performance and product protection.

Properties	Conditions	Method	Typical values	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	0.7-1.3	g/10 min
Density	20	ISO 1183	0.918-925	g/cm3
Tensile Strength at Break	Max	ISO 527-1	27	Mpa
Tensile Stress at Yield	Min	ISO 527-1	9	MPa
Elongation at Break	Min	ISO 527-1	600	%
Shelf life			2	Year

3.2 mLLDPE F2030

Introducing Metallocene Linear Low Density Polyethylene (mLLDPE) F2030: Produced using advanced metallocene catalyst technology, F2030 offers exceptional film properties, high clarity, and excellent processability. It is widely used in packaging films, agricultural films, and industrial applications, delivering superior performance and reliability.

Properties	Conditions	Method	Typical values	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	2.6-3.4	g/10 min
Density	20	ISO 1183	0.918-922	g/cm3
Tensile Strength at Break	Max	ISO 527-1	42	Mpa
Tensile Stress at Yield	Min	ISO 527-1	12	MPa
Elongation at Break	Min	ISO 527-1	565	%
Haze		ASTM D1003	1	%
Gloss		ASTM D2457	95	%
Vicat Softening Temperature	10 N	ISO 306	100	C
Shelf life			3	Year

4.Low-Density Polyethylene (LDPE)

Introducing Low-density polyethylene (LDPE): Produced through the process of polymerization of ethylene, LDPE offers excellent flexibility, impact resistance, and moisture barrier properties. It is commonly used in packaging films, squeeze bottles, liners, and various flexible applications in industries such as food, healthcare, and agriculture.

4.1 PE LD03210 FE

Introducing PE LD03210 FE: This low-density polyethylene (LDPE) is produced through polymerization of ethylene. It offers excellent toughness, flexibility, and impact resistance. Widely used in packaging films, bags, liners, and various applications requiring high clarity and tear strength.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	GOST 11645	0.3	g/10 min
Density		GOST 15139	0.955	g/cm3
Tensile Stress at Yield	(500 mm/min)	GOST 11262	9.8	MPa
Tensile Stress at Break	(500 mm/min)	GOST 11262	13.7	MPa
Elongation at Break	(500 mm/min)	GOST 11262	600	%
Process test for film appearance		GOST 16337	B	Grade
Mass fraction of extractable substances		GOST 26393	0.4	%
ESCR		GOST 13518	500	hours
Odour and taste of aqueous extracts		GOST 22648	1	points
Shelf life			3	Year
*Typical values; not for specification.

4.2 PE LD08220 FE

Introducing PE LD08220 FE: This high-quality low-density polyethylene (LDPE) is produced through the polymerization of ethylene. It offers excellent clarity, flexibility, and moisture barrier properties. Ideal for packaging applications such as films, bags, and shrink wraps, providing reliable protection and preservation.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	GOST 11645	0.80	g/10 min
Density		GOST 15139	0.921	g/cm3
Tensile Stress at Yield	(500 mm/min)	GOST 11262	11	MPa
Tensile Stress at Break	(500 mm/min)	GOST 11262	14.1	MPa
Elongation at Break	(500 mm/min)	GOST 11262	630	%
Process test for film appearance		GOST 16337	B	Grade
Mass fraction of extractable substances		GOST 26393	0.4	%
Odour and taste of aqueous extracts		GOST 22648	1	points
Shelf life			3	Year
*Typical values; not for specification.

4.3 PE LD20220 FE

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	GOST 11645	2.0	g/10 min
Density		GOST 15139	0.921	g/cm3
Tensile Stress at Yield	(500 mm/min)	GOST 11262	11.1	MPa
Tensile Stress at Break	(500 mm/min)	GOST 11262	11.8	MPa
Elongation at Break	(500 mm/min)	GOST 11262	640	%
Process test for film appearance		GOST 16337	B	Grade
Mass fraction of extractable substances		GOST 26393	0.4	%
Odour and taste of aqueous extracts		GOST 22648	1	points
Shelf life			3	Year
*Typical values; not for specification.

4.4 LDPE 10803-020

Introducing LDPE 10803-020: This high-quality low-density polyethylene (LDPE) is produced through the polymerization of ethylene. It offers excellent toughness, flexibility, and chemical resistance. Ideal for various applications including films, coatings, and industrial packaging, providing reliable performance and protection.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	2	g/10 min
Density	20 C	ISO 1183	0.919	g/cm3
Tensile Stress at Yield		ISO 527-2	9.3	MPa
Tensile Stress at Break		ISO 527-2	12.2	MPa
Elongation at Break		ISO 527-2	550	%
Shelf life			3	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

4.5 LDPE 11503-070

Introducing LDPE 11503-070: This premium low-density polyethylene (LDPE) is produced through the polymerization of ethylene using advanced technology. It offers excellent strength, durability, and thermal stability. Widely used in the production of films, packaging materials, and various industrial applications, providing reliable performance and versatility.

4.6 LDPE 153-02K

Introducing LDPE 153-02K: This high-quality LDPE is produced through the process of polymerization of ethylene using advanced catalyst technology. It offers excellent flexibility, impact resistance, and clarity, making it ideal for applications such as packaging films, bags, and various plastic products.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	0.3	g/10 min
Density	20 C	ISO 1183	0.921	g/cm3
Tensile Stress at Yield		ISO 527-2	9.8	MPa
Tensile Stress at Break		ISO 527-2	13.7	MPa
Elongation at Break		ISO 527-2	600	%
Stress Cracking resistance		GOST 13518	1000	hours
Resistance to thermal oxidative aging		GOST 16336	8	hours
Electrical Properties
Tangent of the dielectric loss angle	1 MHz	GOST 22372	3*10-4	-
Electrical strength (at sample thickness of 1 mm)		GOST 6433	40	kV/mm
Dielectric constant	1 MHz	GOST 22372	2.3
Shelf life			8	Year
*Typical values; not for specification.

4.7 LDPE 153-10K

Introducing LDPE 153-10K: This premium LDPE is manufactured through the polymerization of ethylene using advanced catalysts. It exhibits excellent processability, low-temperature toughness, and chemical resistance, making it suitable for various applications including packaging films, industrial liners, and agricultural films.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	0.3	g/10 min
Density	20 C	ISO 1183	0.921	g/cm3
Tensile Stress at Yield		ISO 527-2	9.8	MPa
Tensile Stress at Break		ISO 527-2	13.7	MPa
Elongation at Break		ISO 527-2	600	%
Stress Cracking resistance		GOST 13518	1000	hours
Resistance to thermal oxidative aging		GOST 16336	8	hours
Electrical Properties
Electrical strength (at sample thickness of 1 mm)		GOST 6433	1*10^17	Om*cm
Shelf life			8	Year
*Typical values; not for specification.

4.8 LDPE 15313-003

Presenting LDPE 15313-003: Produced via the high-pressure polymerization of ethylene, this LDPE grade offers exceptional clarity, flexibility, and impact resistance. It is commonly utilized in applications such as food packaging, medical products, and consumer goods where high-quality film properties are essential.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	0.3	g/10 min
Density	20 C	ISO 1183	0.921	g/cm3
Tensile Stress at Yield		ISO 527-2	9.8	MPa
Tensile Stress at Break		ISO 527-2	13.7	MPa
Elongation at Break		ISO 527-2	600	%
Shelf life			3	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

4.9 LDPE 15813-020

Introducing LDPE 15813-020: Manufactured through a high-pressure process, this LDPE grade showcases excellent toughness, flexibility, and processability. Its applications range from general packaging films to agricultural films, offering reliable performance and outstanding impact resistance.

Properties	Conditions	Method	Typical values*	Units
Melt Flow Rate	190 C/2.16 kg	ISO 1133	2	g/10 min
Density	20 C	ISO 1183	0.919	g/cm3
Tensile Stress at Yield		ISO 527-2	9.8	MPa
Tensile Stress at Break		ISO 527-2	11.3	MPa
Elongation at Break		ISO 527-2	600	%
Shelf life			3	Year
*The values given are typical values measured on the product. These values should not be considered as specification.

4.10 LDPE FA2004

Introducing LDPE FA2004: Produced using a low-pressure process, this LDPE grade offers exceptional clarity, excellent sealability, and good impact strength. It finds applications in food packaging, agricultural films, and various consumer goods, ensuring reliable performance and product protection.

Properties	Grade specifications			Units
Properties	Extra Grade	1 grade	2 grade	Units
Density	0.917-0.922			g/cm3
Melt Flow Rate (190 C/2.16 kg)	0.25-0.49			0.25-0.49
Tensile Stress at Yield	9.5			9.5
Tensile Stress at Break	13			13
Crack Propogation Resistance	500			500
Elongation at Break	500			500
Film Appearance	B	B	C	Type
Shelf life			3	Year

4.11 LDPE FA2007

Introducing LDPE FA2007: Manufactured through a low-pressure process, this LDPE grade exhibits excellent flexibility, superior impact strength, and good heat-sealing properties. It is widely used in the production of packaging films, bags, liners, and various industrial applications requiring reliable performance and versatility.

Properties	Values	Units
Density	0.917-0.922	g/cm3
Melt Flow Rate (190 C/2.16 kg)	0.60-0.80	g/10 min
Tensile Stress at Yield	9	MPa
Tensile Stress at Break	12	MPa
Crack Propogation Resistance	500	h
Elongation at Break	500	%

4.12 LDPE LA2175

Introducing LDPE LA2175: Produced using a high-pressure process, LDPE LA2175 offers exceptional clarity, excellent tensile strength, and good heat-sealing properties. It is commonly used for packaging applications, such as film, bags, and shrink wraps, providing reliable protection and appealing visual appeal.

Properties	Values	Units
Density	0.921	g/cm3
Melt Flow Rate (190 C/2.16 kg)	8.0	g/10 min
Tensile Stress at Yield	10	MPa
Tensile Stress at Break	10	MPa
Elongation at Break	550	%
Shelf life	3	Year

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