PRM-TAIWÁN

Compuestos de TPU de ingeniería de alto rendimiento

Clasificación: Materias primas plásticas
País: Taiwán
Teléfono: 886-4-23587676
Fax: 886-4-23587575
Persona de contacto: Duke Shih
Consulta Ahora

ISOTHANE TPU resins are high quality environmental friendly materials and available in a wide range of hardnesses in polyester and polyether-based formulations. ISOTHANE exhibit the valuable characteristics of flexible rubber and rigid plastics and their wide spectrum of mechanical properties meet customers’ demands in extensive applications.


ISOTHANE TPU resins portfolio includes high transparency grades, hot melt grades, breathable film grades, anti-static grades, engineering grade, low compression grades, bio-renewable and flame retardant grades


 ● High Tensile Strength

 ● High Mechanical Property

 ● High Fuel & Oil Resistance

 ● Good Chemical Resistance

 ● Low Temperature Resistance

 ● Excellent Hydrolytic Stability

 ● Bio-compatibility

 ● Resistance To Micro-organism

Item Name High Performance Engineering TPU Composites
Characteristics ISOTHANE® Long glass fiber series. They exhibits excellent tensile and flexural strength, toughness,abrasive resistance, high rigidity, and maintenance of good physical properties under UV exposure. ISOTHANE® Long glass fiber series can be injection molded and extruded.
Suggested Applications Automotive and Hand Tools
Grade Tensile Strength kg/cm2(Mpa) Elongation@Break (%) Flexural Strength kg/cm2(Mpa) Flexural Modulus kg/cm2(Mpa) Notched lzod Impact 23° kg-cm/cm2
(J/m)
Specific Gravity Mold Shrinkage (%) Application
1.TPU (Thermoplastic Polyurethane) High Rigidity 
Heat Resistance 
Dimensional Stability
8102LGF40 1,930 (190) 2 2,440 (240) 102.000 (10000) 29 (290) 1.5 0.1~0.2 Mechanical Parts 
Medical Equipment 
Sports Equipment
8102LGF50 2,040 (200) 2 2,750 (270) 150,900 (14800) 30 (300) 1.6 0.1~0.2
8102LGF60 2,140 (210) 2 2,950 (290) 158,000 (15500) 31 (310) 1.7 0.05~0.2
8101LGF60 2,140 (210) 2 3,260 (320) 183,000 (18000) 25 (250) 1.7 0.05~0.2
2.PA (Polyamide, Nylon) Excellent Strength Heat Resistance 
Dimensional Stability
NL6130 1,800 (176) 2 2,900 (284) 110,000 (10791) 25 (245) 1.35 0.1~0.2 Mechanical Parts 
Sports Equipment
NL6140 2,000 (196) 2 3,000 (294) 120,000 (11772) 30 (294) 1.45 0.1~0.2
NL6150 2,200 (216) 2 3,500 (344) 140,000 (13739) 40 (400) 1.57 0.05~0.2
NL6240 2,200 (216) 2 3,100 (304) 120,000 (11776) 20 (200) 1.45 0.05~0.2
NL6250 2,400 (236) 2 3,600 (353) 150,000 (14720) 32 (320) 1.58 0.05~0.2
NL6340 2,000 (196) 2 3,200 (314) 165,000 (16192) 30 (300) 1.5 0.05~0.2
NL6350 2500 (245) 2 3,750 (363) 195,000 (18646) 35 (350) 1.59 0.05~0.2
NL6360 2,600 (255) 1.8 4,000 (393) 200,000 (19627) 37 (370) 1.7 0.05~0.2
3.PP (Polypropylene) Excellent Stiffness 
Heat Resistance 
Dimensional Stability
PL6230 1,000 (98) 2 1,600 (156) 60,000 (5886) 16 (156) 1.12 0.1~0.3 Mechanical Parts 
Automotive Part
PL6240 1,100 (107) 2 1,700 (166) 85,000 (8338) 25 (245) 1.2 0.1~0.3
PL6250 1,250 (122) 2 2,000 (196) 110,000 (10791) 30 (294) 1.33 0.1~0.3
The above values are shown as typical values and should not be used as specificat1ons



ISOTHANE® 8101LGF60

High Performance Engineering TPU Composites Characteristics:
8101LGF60 product is long glass fiber reinforced engineering thermoplastic Polyurethanes. It exhibits excellent tensile and flexural strength, toughness, abrasive resistance, high rigidity, and maintenance of good physical properties under UV exposure. The product can be injection molded and extruded.


Properties:

ITEMS UNITS TEST METHOD VALUES
PHYSICAL
Primary Additive % (TGA) 60
Specific Gravity gr./cm3 D-792 1.70
Shrinkage % D-955 0.1~0.2
Water Absorption, % 24 hours at 23ºC
Hardness Shore D D-2240 90
MECHANICAL
Tensile Strength Mpa D-638 210
Tensile Modulus Mpa D-638
Elongation @ break % D-638 2
Flexural Strength Mpa D-790 320
Flexural Modulus Mpa D-790 18,000
Izod Impact Strength J/m D-256
(Notched 1/8”., 23 ºC )
250
THERMAL
Heat Distortion Temp. ºC D-648 (1.8MPa) 95
Vicat Softening Point ºC D-1525 190
OTHER
Flammability UL-94 (1/8”) HB
The above values are shown as typical values and should not be used as specifications.



Processing Information:

Typical Injection Molding Conditions for    8101LGF   
Drying Temperature:    90~110℃(180~230℉)    /    3 ~ 4 hrs.
  1. Desiccant bed-type hopper dryers
  2. Must maintain a dew point of -30 ºC (-20℉) or less.
  3. Return air to desiccant beds must be less than 55 ºC (130℉) for efficient drying (i.e., after-cooler)
Barrel Temperatures:
Rear Middle Front Nozzle
Melt Temperature Mold Temperature
200~210℃  (400~410℉)
220~230℃  (430~445℉)
230~245℃  (445~475℉)
240~250℃  (470~480℉)
220~250℃  (430~480℉)
95~110℃    (185~230℉)
While the above information is presented in good faith and believed to be accurate, GRECO does not guarantee satisfactory results from reliance upon such information and disclaims all liability for any loss or damage arising out of its use.



ISOTHANE® 8102LGF

High Performance Engineering TPU Composites Characteristics:
8102LGF product is long glass fiber reinforced engineering thermoplastic Polyurethanes. It exhibits excellent tensile and flexural strength, toughness, abrasive resistance, high rigidity, and maintenance of good physical properties under UV exposure. The product can be injection molded and extruded.


Properties:

ITEMS UNITS TEST METHOD 8102LGF40 8102LGF50 8102LGF60
PHYSICAL
Primary Additive % (TGA) 40 50 60
Specific Gravity gr./cm3 D-792 1.50 1.60 1.70
Shrinkage % D-955 0.1~0.2 0.1~0.2 0.1~0.2
Water Absorption, % 24 hours at 23ºC
Hardness Shore D D-2240 85 87 90
MECHANICAL
Tensile Strength Mpa D-638 190 200 210
Tensile Modulus Mpa D-638
Elongation @ break % D-638 2.0 2.0 2.0
Flexural Strength Mpa D-790 240 270 290
Flexural Modulus Mpa D-790 10,000 14,800 15,500
  Izod Impact Strength   J/m D-256
(Notched 1/8”., 23 ºC )
  290   300   310
THERMAL
  Heat Distortion Temp. ºC D-648 (1.8MPa) 90 90 95
Vicat Softening Point ºC D-1525 180 185 190
OTHER
Flammability UL-94 (1/8”) HB
Processing Information:

Typical Injection Molding Conditions for    8102LGF
Drying Temperature:    90~110℃(180~230℉)    /    3 ~ 4 hrs.
  1. Desiccant bed-type hopper dryers
  2. Must maintain a dew point of -30 ºC (-20℉) or less.
  3. Return air to desiccant beds must be less than 55 ºC (130℉) for efficient drying (i.e., after-cooler)
Barrel Temperatures:
Rear Middle Front Nozzle
Melt Temperature Mold Temperature
200~210℃  (400~410℉)
220~230℃  (430~445℉)
230~245℃  (445~475℉)
240~250℃  (470~480℉)
220~250℃  (430~480℉)
95~110℃    (185~230℉)