Chemical Resistance High Temperature Resistance Engineering Plastic Nylon PA612 Granules

• Customization: Available
• CAS No.: 26098-55-5
• Formula: C18h38n2o4
• Model NO.: PA612
• Molecular Principal Chain: Carbon Chain Polymer
• Color: Transparent
• Type: Polyamide PA Nylon Granules
• Material: 100% Nylon
• Grade: Injection Grade
• Application: Building, Automotive, Electronic, Household
• Item: Nylon Raw Material
• Usage: Injection, General Plastics, Engineering Plastics
• Supply Ability: 800 Metric Tons Per Month
• Customized: Min. Order 10000 Kilograms
• Certificates: SGS
• Physical Properties: High Chemical Resistance High Mechanical Strength
• Features: Good Oil Resistance Good Impact Toughness
• Transport Package: International Standard Package
• Specification: 20kg/foil bag, 1000kg/carton box
• Trademark: No Mark
• Origin: Shandong, China
• HS Code: 3908101900
• Production Capacity: 10000 Metric Tons Per Year

Product Description

Detailed Photos

 

TDS Sheet

 

TYPICAL PROPERTIES	CONDITION	STANDARD	UNIT	VALUE
PHYSICAL PROPERTIES
Density		ISO 1183	[g/cm³]	1.05
Moisture absorption	T=23°C / 50%RH	ISO 62	[%]	0.5
Mold shrinkage parallel	long.	ISO 294	[%]	1.0
Mold shrinkage transverse	trans.	ISO 294	[%]	1.3
RHEOLOGICAL
Viscosity number		ISO307	[ml/g]	2.4
MECHANICAL PROPERTIES
Tensile modulus	1 mm/min	ISO 527	[MPa]	1600
Tensile stress at break	50 mm/min	ISO 527	[MPa]	60
Tensile strain at break	50mm/min	ISO 527	[%]	200
Flexural strength	2 mm/min	ISO 178	[MPa]	60
Flexural modulus	2 mm/min	ISO 178	[MPa]	1200
Charpy notched	+23 °C	ISO 180/1A	[kJ/m²]	10
Charpy notched	- 30 °C	ISO 180/1A	[kJ/m²]	9
Shore hardness(D)		ISO 868		75
THERMAL PROPERTIES
Heat Deflection Temperature	0.45MPa	ISO 75	[°C]	155
Melting point	DSC	ISO 11357	[°C]	202
BURNING BEHAVIOUR
Flammability(UL94)	0,8 mm	ISO 1210	[Class]	HB
Burning rate (FMVSS)		FMVSS 302	[mm/min]

 

Physical Properties

PA612 is resistant to weak acids, alkalis and organic solvents, and can be dissolved in strong acids, phenols.

PA612 has high transparency, high toughness, high strength, excellent wear resistance, low water absorption, small molding shrinkage, good molding processability and dimensional stability.

High mechanical strength	Good impact toughness
Wear resistance and self-lubrication	Good noise reduction
Good oil resistance	Alkali resistance
Chemical resistance	Insoluble in hydrocarbons
Esters and lower alcohols	Resistant to mold
Bacteria and Moth-eaten	Good electrical insulation
Good melt fluidity, easy to form

 

Application

Building Material Industry	Marble Slab , Abrasive Brush
Automotive Industry	Oil Tube
Petroleum Industry	High Pressure Tube
New Energy Source Industry	Solar Energy, Power Generation
Electronics&Electrical Industry	5G Communication
Smart Wearable	Shoe Material, Shoe Arch
Aerospace	UAV(Unmanned Aerial Vehicle)
Consumption Industry	Wiring Harness
Personal Articles Industry	Toothbrush

Long carbon chain nylon has the characteristics of corrosion resistance, pressure resistance, oil resistance, cold resistance, fuel oil expansion coefficient is small. It is the ideal material to manufacture automobile oil pipe. Developed countries 60-70% of the long carbon chain nylon used in the production of car hose, such as brake tube, pipeline, clutch hose, etc., 70% of the car hose in Europe is made of nylon 12, the United States is also 50% of the car hose is made of nylon 12. Long carbon chain nylon can also be used for silencing gears, bearings, thrust pads, seismic parts, wipers and so on. 

Injection molding process

(For reference only)

Drying treatment:

If the material is sealed before processing, there is no need to dry it. However, if the storage container is opened, it is recommended to dry it in hot air at 85 ° C. If the humidity is greater than 0.2%, it is also necessary to carry out 105ºC,12 hours of vacuum drying.

Mold humidity:

80ºC is recommended. The mold temperature will affect the crystallinity, which will affect the physical properties of the product. For thin-walled plastic parts, if the mold temperature is lower than 40 ° C, the crystallinity of the plastic parts will change with time, and in order to maintain the geometric stability of the plastic parts, annealing is required.

Injection pressure:

Usually 750 to 1250bar, depending on material and new product design.

Injection molding speed:

High speed (slightly lower for enhanced materials). Runner and gate: Due to the short setting time of PA612r, the location of gate is very important. The gate aperture should not be less than 0.5*t (where t is the thickness of the plastic part). If using a hot runner, the gate size should be smaller than using a conventional runner, because the hot runner can help prevent premature solidification of the material. If the gate is submerged, the minimum diameter of the gate shall be 0.75mm.