Products - Hasacom https://hasacom.com/en/shop/ Hasa International trade goods import and export Sat, 08 Nov 2025 09:20:42 +0000 en-US hourly 1 https://wordpress.org/?v=6.9 https://hasacom.com/en/wp-content/uploads/2023/01/cropped-favicon-1-32x32.png Products - Hasacom https://hasacom.com/en/shop/ 32 32 Polyethylene Wax Additive https://hasacom.com/en/urun/polyethylene-wax-additive/ https://hasacom.com/en/urun/polyethylene-wax-additive/#respond Sat, 08 Nov 2025 09:19:50 +0000 https://hasacom.com/en/?post_type=product&p=1956 PWX-230 Polyethylene Wax Additive provides excellent internal and external lubrication for ...

Polyethylene Wax Additive yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> PWX-230 is a high-quality polyethylene wax (PE-Wax) additive engineered to provide both internal and external lubricating properties in polymer processing.
It ensures excellent pigment and filler dispersion, enhanced surface gloss, and improved processability, making it a versatile performance additive for:

PVC extrusion and calendaring
Masterbatch and filler compounding
Adhesives and coatings formulations
Inks and color concentrates

Advantages
Excellent lubricity for PVC and polyolefin processing
Promotes high output rates and smooth surface finish
Improves pigment and filler dispersion uniformity
Enhances surface gloss and mold release
Compatible with most extrusion and compounding systems

Typical Properties

Property Test Method Unit Result
Density ISO 1183 g/cm³ 0.92 ± 0.01
Melting Point ISO 11357 °C 105 ± 5
Moisture Content ISO 15512 % < 0.1
Softening Point (Ring & Ball) ASTM E28 °C 100 ± 5
Viscosity (@ 140 °C) ASTM D3236 cP 90 ± 20
Needle Penetration ASTM D1321 dmm < 5

Processing Guidelines

Parameter Recommended Range
Barrel Temperature 150 – 220 °C
Die Head Temperature 210 – 220 °C

Optimum performance may vary depending on the polymer matrix and equipment configuration. Minor adjustments are recommended for different extrusion systems.

Storage and Handling
Store in original packaging under cool, dry conditions, away from direct sunlight and heat.
Avoid contamination with dust or moisture.
Shelf life:2 years under recommended storage conditions.

Notes
Typical values are based on laboratory testing. End-users should confirm suitability for their processes.
PWX-230 does not contain any additional additives or fillers.
Suitable for use in PE screw extruders, providing optimal balance of flow and surface finish.
Applications
Cable and wire compounding
PVC pipe and profile extrusion
Masterbatch and color concentrate production
Hot-melt adhesives and coating formulations
Plastic film and sheet processing

Polyethylene Wax Additive yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/polyethylene-wax-additive/feed/ 0 Hard Drawn Aluminum Wires https://hasacom.com/en/urun/hard-drawn-aluminum-wires/ https://hasacom.com/en/urun/hard-drawn-aluminum-wires/#respond Tue, 04 Nov 2025 20:43:29 +0000 https://hasacom.com/en/?post_type=product&p=1927 Hard Drawn Aluminum Wires are produced from EC Grade 1350 / ...

Hard Drawn Aluminum Wires yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> Hard Drawn Aluminum Wires are manufactured from EC Grade 1350 / 1370 aluminum rods through a cold-drawing process without intermediate annealing.
This process increases the tensile strength while maintaining high electrical conductivity, making them ideal for electrical conductors, aerial wires, braiding, and cable manufacturing.
These wires are used for overhead power lines, mechanical reinforcement strands, screening, and binding where both conductivity and strength are required.

Main Features
Produced from EC Grade Aluminum 99.7–99.8 % purity (1350 / 1370)
High tensile strength: 130–160 MPa
Conductivity: ≥ 61 % IACS
Density: 2.703 g/cm³
Smooth, bright surface finish
Manufactured according to EN 1715 / ASTM B233 / IEC 60182 / TS 1370

Technical Data – Typical Dimensions
Hard Drawn Aluminum Wires

Nominal Dia (mm) Cross Section (mm²) Approx. Mass (kg/km) Tensile Strength (MPa) Conductivity (% IACS) Typical Applications
1.20 1.13 3.06 150–160 ≥ 61 Braiding / Screening
1.40 1.54 4.18 150–160 ≥ 61 Control Cable Conductors
1.80 2.54 6.89 145–155 ≥ 61 Aerial Drop Wires
2.00 3.14 8.52 145–155 ≥ 61 Binding Wires
2.40 4.52 12.3 140–150 ≥ 61 Conductor Stranding
2.60 5.31 14.4 140–150 ≥ 61 Low Voltage Cables
3.00 7.07 19.2 135–145 ≥ 61 Overhead Conductors
3.20 8.04 21.9 135–145 ≥ 61 Aerial Bundled Cables (ABC)
3.80 11.34 30.8 130–140 ≥ 61 MV Conductor Core Wires
4.10 13.20 35.8 130–140 ≥ 61 Power Cable Stranding
4.50 15.90 43.1 130–140 ≥ 61 Large Cable Conductors
5.00 19.63 53.2 125–135 ≥ 61 Transmission Conductors

Other diameters available upon request (1.0 – 5.0 mm range).

Standards
EN 1715 / EN 50182 / IEC 60182 – Conductors for Overhead Lines
ASTM B233 – Aluminum 1350 Wire, Hard-Drawn
TS 1370 – Sert Çekilmiş Alüminyum Teller (Türk Standardı)
RoHS / REACH compliant

Applications
Conductors for overhead lines (AAC, AAAC, ACSR stranding wires)
Binding and screening applications in power cables
Braiding, grounding, and mechanical connections
Used as raw material for aluminum stranded conductors

Hard Drawn Aluminum Wires yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/hard-drawn-aluminum-wires/feed/ 0 AAAC – All Aluminum Alloy Conductors https://hasacom.com/en/urun/aaac-all-aluminum-alloy-conductors/ https://hasacom.com/en/urun/aaac-all-aluminum-alloy-conductors/#respond Tue, 04 Nov 2025 20:30:37 +0000 https://hasacom.com/en/?post_type=product&p=1924 AAAC (All Aluminum Alloy Conductors) are concentrically stranded conductors made from ...

AAAC – All Aluminum Alloy Conductors yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> AAAC conductors are made from high-strength aluminum-magnesium-silicon (AlMgSi) alloy wires, concentrically stranded in one or more layers.
They combine excellent conductivity, corrosion resistance, and high tensile strength, making them suitable for medium and high voltage overhead lines where both mechanical performance and electrical efficiency are required.
The aluminum alloy (typically EN AW-6101 / 6201) offers improved mechanical strength compared to AAC, while maintaining good conductivity and low weight.

Main Features
Manufactured from AlMgSi (EN AW-6101 T81) aluminum alloy
High tensile strength and excellent sag performance
Superior corrosion resistance – ideal for coastal & industrial environments
Light weight and high conductivity (52–55 % IACS)
Concentric-lay stranding for flexibility and durability
Complies fully with EN 50182 / IEC 61089

Technical Data – Typical Dimensions
AAAC – All Aluminum Alloy Conductors (According to EN 50182 / IEC 61089)

Conductor Type Construction (Wires × Dia. mm) Nominal Cross Section (mm²) Overall Dia (mm) Approx. Mass (kg/km) Breaking Load (kN) DC Resistance (Ω/km @20°C) ASTM Equivalent
AAAC 16 mm² 7 × 1.70 16 5.1 43 5.6 1.950 16.0 AAC Equ.
AAAC 25 mm² 7 × 2.14 25 6.4 67 8.5 1.210 25.0 AAC Equ.
AAAC 35 mm² 7 × 2.52 35 7.6 93 11.6 0.870 35.0 AAC Equ.
AAAC 50 mm² 7 × 3.00 50 9.0 133 15.9 0.645 50.0 AAC Equ.
AAAC 70 mm² 7 × 3.55 70 10.7 185 21.5 0.450 70.0 AAC Equ.
AAAC 95 mm² 7 × 4.04 95 12.1 245 28.7 0.330 95.0 AAC Equ.
AAAC 120 mm² 19 × 2.89 120 13.8 308 36.0 0.260 120.0 AAC Equ.
AAAC 150 mm² 19 × 3.15 150 15.0 380 43.5 0.210 150.0 AAC Equ.
AAAC 185 mm² 19 × 3.40 185 16.3 468 52.0 0.172 185.0 AAC Equ.
AAAC 240 mm² 19 × 3.78 240 18.2 605 64.0 0.128 240.0 AAC Equ.
AAAC 300 mm² 37 × 3.15 300 19.5 740 77.0 0.104 300.0 AAC Equ.
AAAC 400 mm² 37 × 3.55 400 22.0 980 98.0 0.082 400.0 AAC Equ.
AAAC 500 mm² 37 × 3.97 500 24.6 1220 118.0 0.066 500.0 AAC Equ.
AAAC 630 mm² 61 × 3.30 630 26.5 1530 142.0 0.052 630.0 AAC Equ.
AAAC 800 mm² 61 × 3.70 800 29.6 1940 177.0 0.041 800.0 AAC Equ.

Standards
EN 50182 / IEC 61089 – Overhead electrical conductors
TS EN 50182 / TS IEC 61089 – Turkish Standard equivalent
ASTM B399 / B399M – All-Aluminum Alloy Conductors (for reference)
BS 3242 – British Standard equivalent

Applications
Medium and high voltage overhead transmission lines
Areas with high wind or ice loading
Coastal and industrial environments with high corrosion risk
Alternative to ACSR in corrosive or weight-sensitive installations

AAAC – All Aluminum Alloy Conductors yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/aaac-all-aluminum-alloy-conductors/feed/ 0 ACSR – Aluminum Conductor Steel Reinforced https://hasacom.com/en/urun/acsr-aluminum-conductor-steel-reinforced/ https://hasacom.com/en/urun/acsr-aluminum-conductor-steel-reinforced/#respond Tue, 04 Nov 2025 19:48:54 +0000 https://hasacom.com/en/?post_type=product&p=1918 ACSR (Aluminum Conductor Steel Reinforced) conductors consist of galvanized steel core ...

ACSR – Aluminum Conductor Steel Reinforced yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> ACSR conductors consist of a core of galvanized steel wires surrounded by one or more layers of EC Grade 1350 or 1370 aluminum wires concentrically stranded.
This combination provides excellent conductivity from aluminum and high mechanical strength from the steel core.
They are widely used for overhead transmission and distribution lines, especially where long spans, high tension, or severe climatic conditions exist.

Main Features
High electrical conductivity (≥ 61 % IACS)
Superior tensile strength due to galvanized steel core
Excellent corrosion resistance (Class A/B/C galvanization)
Suitable for LV / MV / HV overhead lines
Manufactured in compliance with EN 50182 / IEC 61089

Technical Data – Typical Dimensions
ACSR – Aluminum Conductor Steel Reinforced (According to EN 50182 / IEC 61089)

Type (EN 50182) Trade Name Stranding (Al/St) Aluminium Area (mm²) Steel Area (mm²) Total Area (mm²) Overall Dia. (mm) Approx. Weight (kg/km) Rated Tensile Strength (daN) DC Resistance (Ω/km 20 °C) Current (A)
ACSR 25/4 Raven 6 Al + 1 St 24.8 4.13 28.9 6.75 84 1 180 1.180 145
ACSR 35/6 Pigeon 6 Al + 1 St 34.4 5.73 40.1 8.10 115 1 560 0.857 185
ACSR 50/8 Drake 6 Al + 1 St 49.4 8.22 57.6 9.45 155 2 050 0.598 230
ACSR 70/11 Swan 6 Al + 1 St 68.4 11.39 79.8 10.80 205 2 620 0.433 280
ACSR 95/15 Rail 6 Al + 1 St 93.3 15.52 108.8 12.30 260 3 320 0.320 340
ACSR 120/20 Finch 6 Al + 1 St 118.6 19.72 138.3 13.50 315 3 980 0.265 390
ACSR 150/25 Drake(H) 6 Al + 1 St 147.3 24.49 171.8 14.85 380 4 690 0.214 435
ACSR 185/30 Peacock 6 Al + 1 St 182.5 30.33 212.8 16.20 465 5 500 0.176 480
ACSR 240/40 Lynx 6 Al + 1 St 240.1 39.87 279.9 18.00 610 6 760 0.134 540
ACSR 300/50 Panther 6 Al + 1 St 297.3 49.84 347.1 20.10 745 7 980 0.108 590
ACSR 400/65 Zebra 6 Al + 1 St 396.5 65.48 461.9 22.65 990 9 840 0.081 665
ACSR 500/85 Moose 6 Al + 1 St 496.3 83.42 579.7 25.35 1 230 11 450 0.065 740
ACSR 630/100 Lapwing 6 Al + 1 St 620.6 99.35 719.9 28.50 1 500 13 100 0.053 830
ACSR 800/125 Falcon 6 Al + 1 St 792.4 123.7 916.1 31.50 1 820 14 900 0.041 920
ACSR 1000/150 Eagle 6 Al + 1 St 989.5 148.4 1 137.9 34.50 2 200 16 800 0.033 1 020
ACSR 1250/190 Pelican 6 Al + 1 St 1 244.0 189.6 1 433.6 38.40 2 690 19 500 0.026 1 120

Standards
EN 50182 / IEC 61089 – Overhead electrical conductors (European and International Standard)
TS EN 50182 / TS IEC 61089 – Turkish Standard equivalent
ASTM B232 / B232M – American reference (code names)
BS 215 Part 2 – British Standard
DIN 48204 – German Standard

Applications
Overhead power transmission and distribution lines
Long-span installations and river crossings
High wind or ice load areas
Mountainous or coastal regions

ACSR – Aluminum Conductor Steel Reinforced yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/acsr-aluminum-conductor-steel-reinforced/feed/ 0 AAC – All Aluminum Conductors https://hasacom.com/en/urun/aac-all-aluminum-conductors/ https://hasacom.com/en/urun/aac-all-aluminum-conductors/#respond Tue, 04 Nov 2025 18:16:51 +0000 https://hasacom.com/en/?post_type=product&p=1913 AAC (All Aluminum Conductors) are concentric-lay stranded conductors made from EC ...

AAC – All Aluminum Conductors yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> AAC conductors consist of one or more layers of hard-drawn, high-conductivity aluminum wires (EC Grade 1350 or 1370) concentrically stranded.
They are used in overhead transmission and distribution lines where high conductivity, light weight, and corrosion resistance are required, especially in urban and coastal areas where span lengths are short and mechanical loads are low.

Main Features
High electrical conductivity (≥ 61% IACS)
Low weight and easy handling
Excellent corrosion resistance
Suitable for low and medium voltage overhead lines
Manufactured in compliance with EN 50182 / IEC 61089

Technical Data – Typical Dimensions
AAC – All Aluminum Conductors (According to EN 50182 / IEC 61089)

Conductor Type Construction (Al Wires × Dia. mm) Nominal Cross Section (mm²) Overall Dia. (mm) Approx. Mass (kg/km) Breaking Load (kN) DC Resistance (Ω/km @20°C) Equivalent ASTM
AAC 16 mm² 7 × 1.70 16 5.1 43 4.5 1.910 Sparrow
AAC 25 mm² 7 × 2.14 25 6.4 67 6.8 1.200 Raven
AAC 35 mm² 7 × 2.52 35 7.6 93 9.3 0.868 Pigeon
AAC 50 mm² 7 × 3.00 50 9.0 133 12.8 0.641 Rabbit
AAC 70 mm² 7 × 3.55 70 10.7 185 17.6 0.443 Weasel
AAC 95 mm² 7 × 4.04 95 12.1 245 23.5 0.320 Raccoon
AAC 120 mm² 19 × 2.89 120 13.8 308 29.0 0.253 Dog
AAC 150 mm² 19 × 3.15 150 15.0 380 35.0 0.206 Wolf
AAC 185 mm² 19 × 3.40 185 16.3 468 42.0 0.168 Panther
AAC 240 mm² 19 × 3.78 240 18.2 605 52.0 0.125 Moose
AAC 300 mm² 37 × 3.15 300 19.5 740 63.0 0.100 Drake
AAC 400 mm² 37 × 3.55 400 22.0 980 83.0 0.078 Bear
AAC 500 mm² 37 × 3.97 500 24.6 1220 103.0 0.063 Eagle
AAC 630 mm² 61 × 3.30 630 26.5 1530 126.0 0.050 Hawk
AAC 800 mm² 61 × 3.70 800 29.6 1940 158.0 0.039 Swan

Standards
EN 50182 / IEC 61089 – Overhead Conductors (European and International Standard)
TS EN 50182 / TS IEC 61089 – Turkish equivalent standard
ASTM B231 / B231M – All-Aluminum Conductors (for reference)
BS 215 Part 1 – British equivalent standard

Applications
Overhead distribution and transmission lines
Short-span power lines in urban areas
Coastal and industrial environments
Temporary or emergency lines

AAC – All Aluminum Conductors yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/aac-all-aluminum-conductors/feed/ 0 XLPE Compound for Low / Medium Voltage Cable Insulation https://hasacom.com/en/urun/xlpe-compound-for-low-medium-voltage-cable-insulation/ https://hasacom.com/en/urun/xlpe-compound-for-low-medium-voltage-cable-insulation/#respond Sun, 02 Nov 2025 11:27:12 +0000 https://hasacom.com/en/?post_type=product&p=1906 XBC-955 is a high-performance cross-linkable polyethylene (XLPE) compound engineered for low ...

XLPE Compound for Low / Medium Voltage Cable Insulation yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> XBC-955 is designed for the insulation of low & medium voltage (LV/MV) cables, offering superior thermal stability, dielectric strength, and mechanical integrity after curing.
It is suitable for moisture-cure, silane, or catalyst-based cross-linking systems and provides a smooth extrusion surface and consistent output on standard PE extrusion lines.

Applications:

  • Low and Medium Voltage Cable Insulation

  • Electrical Power Cables and Conductors

  • Building and Industrial Wire Insulation

Form: Natural Pellets
Process: Extrusion (Moisture / Silane Cross-Linking)

Key Features

  • Excellent mechanical properties after cross-linking

  • High tensile strength and elongation

  • Superior electrical insulation and volume resistivity

  • Good surface finish and extrusion stability

  • Compatible with moisture and silane cross-linking systems

Technical Specifications

Property Test Method Unit Typical Value
Density ISO 1183 g/cm³ 0.935 ± 0.005
Melt Flow Rate (190 °C / 2.16 kg) ISO 1133 g/10 min 1.5 ± 0.5
Tensile Strength ISO 527 MPa 22
Elongation at Break ISO 527 % 700
Hardness ISO 868 Shore D 58
Melting Point ISO 11357 °C 127
Oxidation Induction Time (200 °C) ISO 11357 min 60
ESCR (50 °C, F50) ISO 22088 h > 1000
Gel Content (After Cross-Linking) ISO 10147 % ≥ 65

Processing Recommendations

  • Barrel Temperature: 150 – 230 °C

  • Die Head Temperature: 230 – 240 °C

  • Suitable for PE screw extruders

  • Ensure moisture-free feeding and proper degassing for optimal cross-linking

Packaging & Storage

Supplied in 25 kg sacks.
Store in a cool, dry, clean area, away from sunlight and heat.
Recommended storage period: max 2 years.

XLPE Compound for Low / Medium Voltage Cable Insulation yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/xlpe-compound-for-low-medium-voltage-cable-insulation/feed/ 0 White Masterbatch with TiO₂ https://hasacom.com/en/urun/pe-based-white-masterbatch-with-titanium-dioxide-tio%e2%82%82/ https://hasacom.com/en/urun/pe-based-white-masterbatch-with-titanium-dioxide-tio%e2%82%82/#respond Sun, 02 Nov 2025 10:59:17 +0000 https://hasacom.com/en/?post_type=product&p=1901 WTP-270 is a white polyethylene-based masterbatch containing 20–70% high-quality ...

White Masterbatch with TiO₂ yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> WTP-270 is a PE-based white masterbatch designed to enhance brightness, color consistency, and surface finish in extrusion, injection, and blow molding processes.
The compound ensures excellent optical performance and processability, suitable for both monolayer and multilayer production lines.

Applications
General-purpose plastic goods
Packaging films and shopping bags
Containers, bottles, and household items
Automotive and industrial parts

Form: White Pellets
Process: Extrusion, Injection, Blow Molding

Key Features
High opacity and whiteness with TiO₂ content up to 70%
Excellent UV and heat stability
Smooth surface and uniform color dispersion
High coverage and processability
Suitable for LDPE, LLDPE, and HDPE systems

Technical Specifications

Property Test Method Unit Typical Value
Density ISO 1183 g/cm³ 1.0 – 1.7
Melt Flow Rate (190 °C / 2.16 kg) ISO 1133 g/10 min 1 – 3
Filler Content (TiO₂) ISO 3451 % 20 – 70
Tensile Strength ISO 527 MPa 16 – 20
Elongation at Break ISO 527 % 300 – 500
Hardness ISO 868 Shore D 55 – 60
Vicat Softening Temperature ISO 306 °C 128
Oxidation Induction Time ISO 11357 min 30
Moisture Content ISO 15512 % < 0.25

Processing Guidelines
Barrel Temperature: 150–220 °C
Die Head Temperature: 220–230 °C
Suitable for standard PE screw extruders
Recommended for high-speed film, sheet, and molding lines

Packaging & Storage
Supplied in 25 kg sacks or 850 kg big bags.
Store in original packaging under cool, dry conditions, protected from sunlight and heat.
Shelf life: 2 years from manufacturing date.

White Masterbatch with TiO₂ yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/pe-based-white-masterbatch-with-titanium-dioxide-tio%e2%82%82/feed/ 0 PE-Based Black Masterbatch https://hasacom.com/en/urun/polyethylene-based-black-masterbatch/ https://hasacom.com/en/urun/polyethylene-based-black-masterbatch/#respond Sun, 02 Nov 2025 10:41:05 +0000 https://hasacom.com/en/?post_type=product&p=1898 BCP-460 is a black polyethylene-based masterbatch containing 40% ultrafine ...

PE-Based Black Masterbatch yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> BCP-460 is engineered for general-purpose plastic applications, delivering high color uniformity, durability, and excellent dispersion.
Its formulation with antioxidants (AO), process aid (PPA), and functional fillers ensures consistent performance in both monolayer and multilayer extrusion systems.

Applications:

  • Pipes and conduit systems

  • Cable sheathing and insulation

  • Films and sheets

  • Household and automotive parts

Form: Black pellets
Process: Extrusion, Injection, Blow Molding

Key Features

  • 40% ultrafine carbon black content

  • Deep black tone and high opacity

  • Excellent dispersion and surface smoothness

  • UV and thermal stability

  • Wide processing temperature range

  • Suitable for LDPE, LLDPE, and HDPE systems

Technical Specifications

Property Test Method Unit Typical Value
Density ISO 1183 g/cm³ 1.2 ± 0.1
Melt Flow Rate (190 °C / 2.16 kg) ISO 1133 g/10 min 1 ± 0.5
Filler Content (Carbon Black) ISO 3451 % 40
Tensile Strength ISO 527 MPa 22
Elongation at Break ISO 527 % 700
Hardness ISO 868 Shore D 60
Vicat Softening Point ISO 306 °C 129
Oxidation Induction Time ISO 11357 min 30
Moisture Content ISO 15512 % < 0.25

Processing Guidelines

  • Barrel Temperature: 150–220 °C

  • Die Head Temperature: 220–230 °C

  • Compatible with standard PE screws

  • Excellent output and dispersion across multiple processing types

Packaging & Storage

Supplied in 25 kg bags or 850 kg big bags.
Store in original packaging under cool, dry conditions, away from sunlight and heat.
Recommended shelf life: 2 years.

PE-Based Black Masterbatch yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/polyethylene-based-black-masterbatch/feed/ 0 CaCO₃ Calcium Carbonate Filled PE Compound https://hasacom.com/en/urun/caco%e2%82%83-calcium-carbonate-filled-polyethylene-compound/ https://hasacom.com/en/urun/caco%e2%82%83-calcium-carbonate-filled-polyethylene-compound/#respond Sun, 02 Nov 2025 10:26:51 +0000 https://hasacom.com/en/?post_type=product&p=1894 CFP-180 is a cost-optimized, calcium carbonate filled polyethylene compound containing 10–80% ...

CaCO₃ Calcium Carbonate Filled PE Compound yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> CFP-180 is a CaCO₃-filled polyethylene masterbatch engineered to improve mechanical and surface performance of polyolefin products.
It provides higher rigidity, gloss, and print adhesion, making it ideal for film, sheet, molding, and cable applications.

Applications:

  • Packaging films and sheets

  • Containers and bottles

  • Household and industrial goods

  • Cable sheathing and insulation

Form: Natural / White Pellets
Processing: Extrusion, Injection, Blow Molding

Key Features

  • Cost-effective filler compound for PE systems

  • Enhanced stiffness and surface finish

  • Excellent printability and dimensional stability

  • Wide processing window

  • Compatible with LDPE, LLDPE, and HDPE

Technical Specifications

Property Test Method Unit Typical Value
Density ISO 1183 g/cm³ 0.96–1.60
Melt Flow Rate (190 °C / 5 kg) ISO 1133 g/10 min 0.5–2
Filler Content ISO 3451 % 10–80
Tensile Strength ISO 527 MPa 15–20
Elongation at Break ISO 527 % 300–500
Hardness ISO 868 Shore D 55–65
Vicat Softening Point ISO 306 °C 126
Oxidation Induction Time ISO 11357 min 20
Moisture Content ISO 15512 % < 0.25

Processing Guidelines

  • Extruder Barrel Temp: 150–220 °C

  • Die Head Temp: 220–230 °C

  • Suitable for most PE extrusion and molding lines

  • Recommended for PE screws and high-output systems

Packaging & Storage

Supplied in 25 kg bags or 850 kg big bags.
Store in original packaging, in a cool, dry, and clean area, away from sunlight and heat.
Shelf life: up to 2 years.

CaCO₃ Calcium Carbonate Filled PE Compound yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> https://hasacom.com/en/urun/caco%e2%82%83-calcium-carbonate-filled-polyethylene-compound/feed/ 0 HDPE UV-Stabilized Jacketing Compound https://hasacom.com/en/urun/hdpe-uv-stabilized-jacketing-compound/ https://hasacom.com/en/urun/hdpe-uv-stabilized-jacketing-compound/#respond Sun, 02 Nov 2025 10:00:49 +0000 https://hasacom.com/en/?post_type=product&p=1891 JAC03-UV is a UV-stabilized high-density polyethylene (HDPE) compound designed for cable ...

HDPE UV-Stabilized Jacketing Compound yazısı ilk önce Hasacom üzerinde ortaya çıktı.

]]> JAC03-UV is a natural-colorable HDPE compound with UV stabilizers and antioxidants for enhanced long-term durability.
It offers superior resistance to UV radiation, oil and termite attack, and excellent surface quality during extrusion.
The compound meets ASTM D1248 Type III Class A Category 5 Grade J5, IEC 60502 ST7, IEC 60840 ST7, and IEC 60708 standards.

Key Features

  • Excellent UV resistance and outdoor stability

  • Termite and oil resistance (UL 1072 Type I & II)

  • Low water permeability

  • Excellent environmental stress crack resistance (ESCR > 5000 h)

  • High tensile strength and elongation

  • Smooth surface extrusion and easy processing

Technical Specifications

Property Typical Value Test Method
Density 0.943 ± 0.005 g/cm³ ASTM D792
Melt Flow Index (190 °C / 2.16 kg) 0.33 ± 0.05 g/10 min ASTM D1238
Tensile Strength ≥ 27 N/mm² ASTM D638 / IEC 60811-1-1
Elongation at Break ≥ 800 % ASTM D638
Elongation after Ageing (10 days @ 110 °C) ≥ 500 % ASTM D638
Oxidation Induction Time (200 °C) ≥ 30 min ASTM D3895
ESCR (50 °C, 10% Igepal) > 5000 h ASTM D1693
Hardness 60 ± 2 Shore D ASTM D2240
Vicat Softening Point ≥ 115 °C ISO 306
Hot Pressure Test (110 °C) < 50 % IEC 60811-3-1
Water Absorption ≤ 0.01 % ASTM D570
Volume Resistivity ≥ 10¹⁵ Ω·cm IEC 60093
Dielectric Strength (2 mm) No breakdown @ 10 kV/mm IEC 60243

Processing Recommendations

Recommended extrusion temperature profile (°C):
Zone 1 – 160–180 | Zone 2 – 170–190 | Zone 3 – 180–200 | Zone 4 – 190–210 | Head – 210–230 | Die – 240–260

Provides a smooth extrusion surface; adjust profile according to extruder type.

Applications

  • Outer jacketing for power and telecommunication cables

  • Outdoor UV-resistant cable systems

  • Industrial, marine, and energy cables exposed to sunlight

Packaging & Safety

Supplied in 25 kg PP laminated bags (pellet form).
Store below 30 °C, away from sunlight and humidity.
Classified as non-hazardous material.

HDPE UV-Stabilized Jacketing Compound yazısı ilk önce Hasacom üzerinde ortaya çıktı.

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