VESTAMID® L1930 BK 9.7503

Chemical Family: Polyamides

VESTAMID® L1930 BK 9.7503 is a heat-stabilized PA 12 compound reinforced with 30% milled glass fibers. It is suitable for injection molding applications. The reinforcement provides high strength and rigidity to the moldings. Due to the low water absorption of PA 12, parts made from this compound exhibit good dimensional stability and maintain mechanical properties even with changing ambient humidity.

Properties

Physical Form: Granules
Pellets
Solid

Product families

Applications

Automotive & Transportation — Automotive

Cooling & Climate

Industrial — Chemical & Industrial Manufacturing

Equipment & Parts

Electrical & Electronics — Parts & Components

Batteries
Connectors

Electrical & Electronics — Wire & Cable

Jacketing & Insulation

Product Families

Plastics — Engineering & Specialty Polymers

Polyamides

Other characteristics

Brand: VESTAMID
Polymer Name: Polyamide 12 (PA 12)
Fillers Included: Glass Fiber, Milled Glass Fiber
Glass Fiber
Milled Glass Fiber
Flexural Modulus: 3,596.58 MPa
Additives Included: Heat Stabilizer
Color (Properties): Black
Materials Features: Chemical Resistant, Dimensional Stability, Electrically Insulating, Excellent Rigidity, Fuel Resistant, Good Light Stability, Good Mechanical Properties, Good Thermal Stability, Good Weather Stability, Grease Resistant, Heat Stabilized, High Strength, Low Mold Shrinkage, Low Shrinkage, Low Warpage, Low Water Absorption, Oil Resistant, Semi Crystalline, UV Resistant, Very Good Heat Resistance
Processing Methods: Injection Molding
Markets: Automotive & Transportation
Electrical & Electronics
Industrial
Shelf LIfe: 2 years
Flame Rating: IEC 60695-11-10 HB
Technology: Plastics
Color: Black
Material Features: Chemical Resistant
Dimensional Stability
Electrically Insulating
Excellent Rigidity
Fuel Resistant
Good Light Stability
Good Mechanical Properties
Good Thermal Stability
Attributes: VESTAMID® L1930 BK 9.7503 is a heat stabilized, with 30% milled glass fiber-reinforced PA 12 compound suitable for injection molding.; Due to the reinforcement moldings from this compound exhibit a high strength and rigidity. Because PA 12 absorbs only little water, the parts have a good dimensional stability and almost unaffected mechanical properties at changing ambient humidity.; Due to the reinforcement the shrinking of moldings is decreased compared with unreinforced compounds. Using specialty short glass fibers for the reinforcement of VESTAMID® L1930 BK 9.7503 the difference between longitudinal and transverse shrinkage relating to the flow direction of the melt is significantly lower than with common glass fiber-reinforced products. Therefore especially low-warpage precision parts can be molded.; As a semi-crystalline material VESTAMID® L1930 BK 9.7503 feature an outstanding chemical resistance, e.g., against fuels, oils and fats.
Storage Condition: Inside the original and undamaged packaging, the product has a shelf life of at least 2 years when stored in dry rooms at temperatures not exceeding 30°C.
Packaging Information: VESTAMID® L1930 BK 9.7503 is supplied as cylindrical pellets in moisture-proof packaging.
Plastics and Elastomers End Uses: Automotive Applications
Cable Insulation
Connectors
EV Battery Coolant Pipes
EV Battery Management System
Industrial Applications
Plastics and Elastomers Functions: Resin
Plastics and Elastomers Processing Methods: Injection Molding

Technical data

Table 1 of 7

28 rows

Characteristic	Value	Unit	Method
Tensile Modulus (dry)	551000	psi	ISO 527
Tensile Modulus (cond.)	431000	psi	ISO 527
Tensile Strength (dry)	9570	psi	ISO 527
Tensile Strength (cond.)	8410	psi	ISO 527
Yield Stress (dry)	9430	psi	ISO 527
Yield Stress (cond.)	8410	psi	ISO 527
Yield Strain (dry)	5	%	ISO 527
Yield Strain (cond.)	8	%	ISO 527
Stress at Break (dry)	8700	psi	ISO 527
Stress at Break (cond.)	7400	psi	ISO 527
Nominal Strain at Break (ɛtb, dry)	1	%	ISO 527
Nominal Strain at Break (ɛtb, cond.)	15	%	ISO 527

Table 2 of 7

3 rows

Characteristic	Value	Unit	Method
Density (dry)	1.24	g/cm³	ISO 1183
Water Absorption (dry)	1.1	%	Sim. to 1SO 62
Humidity Absorption (dry)	0.5	%	Sim. to 1SO 62

Table 3 of 7

6 rows

Characteristic	Value	Unit	Method
Melting Temperature (dry)	351	°F	ISO 11357-1/-3
Glass Transition Temperature (dry)	111	°F	ISO 11357-1/-2
Temperature of Deflection Under Load A (1.80 Mpa, dry)	266	°F	ISO 75-1/-2
Temperature of Deflection Under Load B (0.45 Mpa, dry)	338	°F	ISO 75-1/-2
Vicat Softening Temperature A (10 N, 50 K/h, dry)	347	°F	ISO 306
Vicat Softening Temperature B (50 N, 50 K/h, dry)	338	°F	ISO 306

Table 4 of 7

18 rows

Characteristic	Value	Unit	Method
Volume Resistivity (pV, dry)	10000000000000	Ohm*m	IEC 62631-3-1
Volume Resistivity (pV, cond.)	1500000000000	Ohm*m	IEC 62631-3-1
Surface Resistivity (σC, Circular Electrodes, cond.)	min. 1E15	Ohm/sq	IEC 62631-3-2
Surface Resistivity (σA, dry)	10000000000000	Ohm/sq	IEC 62631-3-2
Relative Permittivity (50Hz, dry)	4.3	—	IEC 62631-2-1
Relative Permittivity (50Hz, cond.)	5.5	—	IEC 62631-2-1
Relative Permittivity (100Hz, dry)	4.2	—	IEC 62631-2-1
Relative Permittivity (100Hz, cond.)	5.3	—	IEC 62631-2-1
Relative Permittivity (1MHz, dry)	3.5	—	IEC 62631-2-1
Relative Permittivity (1MHz, cond.)	3.5	—	IEC 62631-2-1
Dissipation Factor (50Hz, dry)	450	E-4	IEC 62631-2-1
Dissipation Factor (50Hz, cond.)	830	E-4	IEC 62631-2-1

Table 5 of 7