High viscosity PC 1095 Shanghai Covestro 15% fiberglass reinforced power tool housing

Description :

　　PC 1095 Shanghai Covestro

　　Filler/reinforcement material glass fiber reinforcement material, 15% filler by weight

　　Characteristics: Good demolding performance, high viscosity

　　Usage: Power/Other Tools

　　Shell RoHS compliance RoHS compliant appearance opaque

　　Color processing methods can be used for extrusion injection molding

　　The excellent comprehensive performance, customized product development, design freedom, and rich color schemes of polycarbonate materials can organically combine material properties with aesthetic effects. Therefore, in the mid to high end home appliance and consumer electronics markets, the trend of polycarbonate replacing other plastics is highlighted. At the same time, with the low price of polycarbonate raw materials, it provides a more economical and feasible choice for industrial designers and downstream end enterprises.

　　Taking the handheld wireless vacuum cleaner, a popular product in the field of cleaning appliances in the past two years, as an example, traditionally the body shell is mostly made of ABS material, and only the transparent dust collection cup is made of polycarbonate. In order to meet consumers' higher requirements for material performance and appearance texture, polycarbonate material is used to make the body shell, which is lighter in weight, stronger in strength, resistant to pressure and drop, and has a more delicate and exquisite appearance texture.

　　1095 Physical Property Table

　　Physical performance rating unit testing method

　　Density (23 ° C) 1.29 g/cm3 ISO 1183

　　Apparent density 1 0.64 g/cm3 ISO 60

　　Melt flow rate (melt flow rate) (300 ° C/1.2 kg) 7.0 g/10 min ISO 1133

　　Dissolved Volume Flow Rate (MVR) (300 ° C/1.2 kg) 6.00 cm3/10 min ISO 1133

　　Shrinkage rate 2 ISO 294-4

　　Vertical flow direction: 2.00 mm 0.45% ISO 294-4

　　Flow direction: 2.00 mm 0.45% ISO 294-4

　　Water absorption rate ISO 62

　　Saturation, 23 ° C 0.24% ISO 62

　　Balance, 23 ° C, 50% RH 0.10% ISO 62

　　Test method for hardness rating unit system

　　Ball hardness 129 MPa ISO 2039-1

　　Mechanical performance rating unit testing method

　　Tensile modulus (23 ° C) 4600 MPa ISO 527-2/1

　　Tensile stress ISO 527-2/5

　　Yield, 23 ° C 64.0 MPa ISO 527-2/5

　　Fracture, 23 ° C 45.0 MPa ISO 527-2/5

　　Tensile strain ISO 527-2/5

　　Yield, 23 ° C 4.6% ISO 527-2/5

　　Fracture, 23 ° C 12% ISO 527-2/5

　　Bending modulus 3 (23 ° C) 4400 MPa ISO 178

　　Bending stress 4 ISO 178

　　3.5% strain, 23 ° C 95.0 MPa ISO 178

　　23°C 105 MPa ISO 178

　　Flexural Strain at Flexural Strength (23°C) 5 5.8 % ISO 178

　　Test method for flammability rating unit system

　　Burning Rate - US-FMVSS (> 1.00 mm) passed ISO 3795

　　Flash Ignition Temperature 470 °C ASTM 1929

　　Needle Flame Test IEC 60695-11-5

　　Method F : 1.50 mm 2.0 min IEC 60695-11-5

　　Method F : 2.00 mm 2.0 min IEC 60695-11-5

　　Method F : 3.00 mm 2.0 min IEC 60695-11-5

　　Method K : 1.50 mm 1.0 min IEC 60695-11-5

　　Method K : 2.00 mm 1.0 min IEC 60695-11-5

　　Method K : 3.00 mm 2.0 min IEC 60695-11-5

　　Self Ignition Temperature 550 °C ASTM 1929

　　Supplementary Information Rating Test Method

　　Electrolytical Corrosion (23°C) A1 IEC 60426

　　ISO Shortname ISO 7391-PC,MR,(,,)-09-9,GF15

　　Test method for impact performance rating unit system

　　Simply supported beam notch impact strength 6 (23 ° C, complete fracture) 10 kJ/m2 ISO 7391

　　Simply supported beam without notch impact strength ISO 179/1eU

　　-60 ° C, complete fracture 90 kJ/m2 ISO 179/1eU

　　-30 ° C, complete fracture 100 kJ/m2 ISO 179/1eU

　　23 ° C, complete fracture 120 kJ/m2 ISO 179/1eU

　　Suspended wall beam notch impact strength 7 (23 ° C, complete fracture) 10 kJ/m2 ISO 7391

　　Multi axis Instrumented Impact Energy ISO 6603-2

　　-30°C 13.0 J ISO 6603-2

　　23°C 25.0 J ISO 6603-2

　　Multi axis Instrumented Peak Impact Force ISO 6603-2

　　-30°C 3000 N ISO 6603-2

　　23°C 3600 N ISO 6603-2

　　Test method for thermal performance rating unit system

　　Heat Deflection Temperature

　　0.45 MPa, Unanealed 141 ° C ISO 75-2/B

　　1.8 MPa, Unanealed 135 ° C ISO 75-2/A

　　Vicat softening temperature

　　-- 142 °C ISO 306/B50

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