Specification:
Make barrel, plastic bottle and bag, make all kind of pipes, make shading net, and make cable wire-insulating.
Application:
HDPE (high density PE) - is used in products and packaging such as plastic bags, milk jugs, detergent bottles, margarine tubs, garbage containers, water pipes, woven bag, raincoat, polyethylene monofilament, woven yarn etc.. LDPE resins are made by high pressure autoclave process and mainly used for blown film extrusion and wire coating (cable sheath) etc.. They are widely used for applications for general purpose packaging films, heavy duty bags, shrink films, and foams.
Application
Suitable for film, heavy packaging film, cable insulation materials, blow molding and foam products.
High density oxidized polyethylene wax is a high temperature & high melt lubricant, which is a new developed macromolecule oxy-polymer and contains a amount of hydroxyl and carboxyl.
OPE contains some hydroxyls in its molecular chain, which greatly improves its compatibility with polar resins, superior to PE wax in this regard. It has good internal and external lubricity, thus it can achieve better lubricating property than the other lubricants when itâ??s used in the formula of rigid transparent or opaque PVC products. It also widely applies to PE or PVC cables, PVC profiles, pipe as new-type plastic lubricants and can be used as raw or auxiliary material for textile softener, auto wax and leather softener.
HDPE 7000F is high density polyethylene film grade which well known for the high quality film applications. This grade is excellent for thin film processing with high mechanical strength, good stiffness and good heat sealability. It is suitable for producing general purpose packaging films in a wide range of size and thickness.
Products indicators
HDPE cable material
Property
Unit
Typical Value
Mass density
g/cm
0.941-0.959
Melt flow Rate(190 Centigrade /2.16kg)
g/10min
1.0
Tensile yield strength
MPa
19.0
Flexural modulus
Mpa
965
Elongation@ break
%
400
Impact Embrittlement temperature
Centigrade
MAX -118
Dielectric Constant
100KHZ
2.32
1MHZ
2.31
Loss Tangent
100KHZ
MAX 0.0001
1MHZ
MAX 0.0001
Volume resistivity
OHM-CM
MIN 1x10 15
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Copper Wire Scrap
grade 1 copper scrap not mixed with specification C11000 Electrolytic tough pitch Berry Copper (ETP) Content 99.9%.
Cu%: 99.9%
Element...0.005... (%)
Copper..99.9... % (Min.)
Lead...0.005.... % (Max.)
Bismuth...0.5.. % (Max.)
Total impurities...0.3.. % (Max.)
Copper No. 2 kinds of alloy Wire cooper without lines, containing impurity, contain Copper quantity for 96% (minimum content 94%).
Shall not contain excessive lead and tin change of copper wire, welding of copper, brass and bronze line, excessive oil, prohibition and nonmetal,crisp, burning line, utterly margin of fine copper and excessive sexual yarn. Need appropriate means to remove dirt. Birch
Shall consist of clean, untinned, uncoated, unalloyed
copper wire and cable, not smaller than No. 16 B & S
wire gauge, free of burnt wire which is brittle
Property Unit
Typical Value
Mass density g/cm 3 0.941-0.959
Melt flow Rate(190 centidegree /2.16kg) g/10min 1.0
Tensile yield strength MPa 19.0
Flexural modulus Mpa 965
Elongation@ break % 400
Impact Embrittlement temperature centidegree MAX -118
Dielectric Constant 100KHZ 2.32
1MHZ 2.31
Loss Tangent 100KHZ MAX 0.0001
1MHZ MAX 0.0001
Volume resistivity OHM-CM MIN 1x10 15
Application
Mainly used for the production of high toughness of the telephone,cable insulation material
LDPE:
Physical Properties Test Method Nominal Value Unit
Density ISO 1183 0.921 g/cm3
Melt Mass-Flow Rate (MFR) ISO 1133 1.9 g/10min
Hardness
Shore Hardness (shore D) ISO 868 45
Mechanical Properties
Tensile Modulus ISO 527-2 175 MPa
Tensile Strength Yield, ISO 527-2 9.0 MPa
Break, 13.0 MPa
Tensile Strain(Break) ISO 527-2 850 %
Modulus of Elasticity Internal Method 250 MPa
Thermal
Vicat Softening Temperature ISO 306/A50 89.0 �°C
Melting Temperature (DSC) DIN 53765 108 �°C
Peak Crystallization Temperature (DSC) DIN 53765 97.0 �°C
Heat of Fusion DIN 53765 110 J/g
Electrical
Volume Resistivity ASTM D257 8.5E+15 ohm â?¢cm
Dielectric Strength ASTM D149 30.0 kV/mm
Dielectric Constant (60Hz) ASTM D150 2.20 %
Dissipation Factor (60 Hz) ASTM D150 0.00050
LLDPE
Properties Test conditon Test method Test data Unit
Density 0.91
MFI 2
Drop impact strength ASTM D-1709 90 g
Elongation ,vertical/horizontal ASTM D-882 600/800 %
tensilestrength,thermal resistance ASTM D-1004 105/95 Kg/cm
elongation ASTM D-638 930 %
tensile strength ASTM D-638 180
tensile strength,vertical/horizontal ASTM D-882 380/350
Vicat softening point ASTM D-1525 103 C
melting point ASTM D-2117 126 C
Turbidity ASTM D-1009 12 %
45 glossness ASTM D-2457 75 %
(1)Maintenance-free operation. There is no need to check specific gravity of the electrolyte or add Water to battery during float service life.
(2)Low self-discharge rate, small internal resistance.
(3)The unique construction and sealing techniques of the battery, add the ABS plastic crust that guarantee leak proof operation in and position with no adverse effect to capacity or service life.
(4)With our high quality lead-tin-calcium alloy grids, it has a long usage life and deep discharge recoverability.
(5)No pollution and no harm.
Drained Lead Car Battery Scraps (Rains)
Drained Lead-Acid Battery Scrap (RAINS per ISRI Specifications).
Our Acid Battery Scrap on 99.99%.
Fe Content (%): 100%) Battery features;
- Sealed and maintenance free operation battery
- Non- Spill able construction design.
- ABS Containers and Covers (UL94HB), UL94V-0 optional.
- Safety valve installation for explosion proof.
- High quality and high reliability.
- Exceptional deep discharge recovery performance.
- Low self-discharge characteristic.
- Flexibility design for multiple install positions.