PRODUCTS PA6 Compounds (General)

Purposes and Typical Properties

Higher strength

Better dimension stability

Improved impact strength and reduced brittleness

Glass Fiber Filled PA6 Grades (10~50% filled)

Purpose

Increase mechanical strength, stiffness, heat resistance, and dimensional stability.
Reduce creep and deformation at elevated temperatures

Typical Properties

Tensile strength: 120–190 MPa (depending on GF loading, 15–50%)
Flexural modulus: 6–12 GPa
Heat distortion temperature (HDT): 180–230°C
Density increases: ~1.4–1.6 g/cm³

Improved Properties

High stiffness and strength
High thermal stability
Excellent creep resistance
Reduced warpage (depending on mold design)

Key Characteristics and Applications

Products	Key Characteristics	Typical Applications
JSPA610G2 10% GF	Slight reinforcement Good flowability Improved dimensional stability	Automotive interior clips & small covers Electrical housings Light-duty gears & levers Appliance parts Consumer electronics structural frames
JSPA610G4 20% GF	Balanced rigidity & toughness Good mechanical strength Good surface finish	Automotive interior brackets & vents Engine bay small components Electrical connectors & terminal blocks Appliance structural parts Power tool covers (moderate strength)
JSPA610G6 30% GF	High stiffness & strength High HDT Engineering-grade performance	Automotive structural parts (pedals, brackets, hinges) Under-hood components (engine covers, air ducts) Coil housings, switchgear parts Industrial machine components Tool housings & mechanical frames Gears, pulleys
JSPA610G8 40% GF	Very high rigidity Excellent dimensional stability High creep resistance	High-load automotive brackets Metal-replacement applications High-temperature electrical parts Industrial housings & fixtures Precision mechanical parts
JSPA610G10 50% GF	Maximum stiffness & HDT Very low creep Reduced toughness	Heavy-duty structural automotive parts Pump housings & gear housings High-strength industrial connectors Structural fixtures in machinery High-stability engineering components

Mineral Filled PA6 Grades (10~50% filled)

Purpose

Improve dimensional stability, surface appearance, and stiffness.
Control shrinkage and warpage.

Typical Properties

Tensile strength: 45–70 MPa
Flexural modulus: 2.5–4.0 GPa
Heat distortion temperature (HDT): 140–180°C
Density: 1.25–1.35 g/cm³

Improved Properties from Talc

Better dimensional stability
Lower shrinkage & lower warpage
Improved heat resistance vs. neat PA6
Better surface finish vs. GF grades
Lower toughness and impact strength compared to GF or unfilled PA6

Key Characteristics and Typical Applications

Products	Key Characteristics	Typical Applications
JSPA610T2 10% Talc	Slight dimensional stability improvement Slight shrinkage reduction Good flow & moldability	Automotive interior trim (small covers, bezels) Appliance housings Electrical enclosures General-purpose industrial parts
JSPA610T4 20% Talc	Improved rigidity vs. neat PA6 Noticeably reduced warpage Good surface finish	Automotive interior panels & consoles Appliance outer housings (vacuum cleaners, dryers) Electrical housings requiring good appearance Consumer product casings
JSPA610T6 30% Talc	Excellent dimensional stability Low shrinkage & reduced deformation Good aesthetics	Instrument panels, glovebox parts HVAC interior components Large appliance components (washing machine parts) Precision housings requiring stable geometry
JSPA610T8 40% Talc	High stiffness (but less than GF) Very low warpage Stable molding of large-area parts	Large automotive interior covers Large appliance panels Structural interior housings with low load Parts demanding very consistent thickness & shape
JSPA610T10 50% Talc	Maximum dimensional stability for talc-filled PA6 Very low shrinkage Excellent surface smoothness	Large, thin-wall interior trim panels Aesthetic housings with tight tolerance Low-load mechanical covers Acoustic and vibration-damping interior components

Impact Modified PA6 Grades

Purpose

Improve impact strength, especially low-temperature impact.
Reduce brittleness in high-speed impact or cold-climate use.

Typical Properties

Notched Izod impact: 6–15 times higher than neat PA6
Tensile strength: lower than neat PA6 (40–55 MPa)
HDT: slightly lower (110–150°C)

Improved Properties from Talc

Dramatically increased impact strength
Superior cold-temperature toughness (down to –30°C)
Increased elongation
Better drop-impact resistance

Key Characteristics and Typical Applications

Products	Key Characteristics	Typical Applications
JSPA610I1 5%	Slight impact improvement Maintains good stiffness Good balance of properties	Automotive clips & retainers Electrical connectors needing slightly improved toughness Small covers and appliance components
JSPA610I2 10%	Moderate impact strength increase Better cold-weather toughness Still acceptable rigidity	Automotive interior parts (brackets, small housings) Tool housings with moderate impact requirements General-purpose industrial enclosures
JSPA610I3 15%	Significant toughness increase Reduced brittleness Good weld-line strength	Automotive exterior trim components Impact-prone housings (power tool bodies, protective cases) Safety-related plastic parts
JSPA610I4 20%	High impact and elongation Very good low-temperature impact Stiffness decreases noticeably	Automotive bumper guides, grille components Drop-resistant consumer product housings Vibration-resistant industrial parts
JSPA610I5 25%	Very high impact strength Excellent ductility Suitable for high-energy impact applications	Heavy-duty tool housings Protective covers and shock-absorbing components Cold-environment functional parts
JSPA610I6 30%	Maximum toughness Excellent –30°C impact resistance Lowest stiffness among these levels	Extreme cold-weather automotive parts Components needing extreme impact absorption Flexible or semi-flexible PA6-based parts Highly drop-resistant consumer goods

GF filled and Impact Modified PA6 Grades

Purpose

Combine strength of GF with toughness of MAH-g-POE.
Reduce brittleness of conventional GF-reinforced PA6.

Typical Properties

Tensile strength: 90–140 MPa
Flexural modulus: 5–8 GPa
Notched Izod impact: 2–5 times higher than GF-only PA6
Balanced stiffness + impact performance

Improved Properties from Talc

High strength + high toughness combination
Better low-temperature impact than GF PA6
Reduced risk of brittle failure
Improved weld line strength
Better dimensional stability vs. purely impact-modified PA6

Key Characteristics and Typical Applications

Products	Property Balance	Key Characteristics	Typical Applications
JSPA610GI21 PA6 + GF 10% + MAH-g-POE 5%	Light reinforcement + moderate toughness	Slightly increased stiffness vs. neat PA6 Good impact strength Improved weld-line strength Good flowability Low to moderate warpage	Automotive interior brackets, clips, retainers Electrical housings with moderate load Appliance small components Consumer electronics housings Light-duty power tool covers
JSPA610GI42 PA6 + GF 20% + MAH-g-POE 10%	Medium reinforcement + strong toughness	Strong balance of strength/toughness Better cold-impact performance Improved durability vs. 20% GF-only Good dimensional stability Suitable for functional structural parts	Automotive interior/exterior functional parts Under-hood small components Machine housings and covers Power tool bodies and reinforced housings Medium-load industrial components
JSPA610GI64 PA6 + GF 30% + MAH-g-POE 20%	High reinforcement + high toughness	High stiffness + high impact resistance Excellent low-temperature toughness Strong weld-line and fatigue resistance Reduced brittleness vs. GF30-only PA6 Suitable for heavier mechanical loads	Automotive mirror brackets, seat components, hinge parts Under-hood structural parts with shock/vibration Mechanical housings, gears, pulleys Heavy-duty tool housings Industrial machine components requiring durability and stiffness