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Future Automobiles

Our materials provide advanced intelligence, power, and safety features for next-generation vehicles.

This is an era characterized by the ongoing expansion of automotive intelligence, where essential design factors are continually evolving, including intelligence, lightweight construction, and thermal management. We sincerely look forward to your engagement with us for collaborative learning and growth

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Composite materials

Material name
TG
Product Overview
application area
More details

H-836G

110℃

Black,Halogen-free,Thermoformable Stiffeners

Stiffeners,Carbody, Furniture .etc

Black,Halogen-free,Thermoformable Stiffeners

Stiffeners,Carbody, Furniture .etc

Black, HalogenFreeandTg90℃(DSC)

Thermoformable

Highmechanicalstrength, nodust

Excellentchemicalresistance

Property

Item

IPC-TM-650

Test Condition

Units

Typical value

Thermal

Glass Transition Temperature

2.4.24.4

DSC

℃

(weight loss 5%)

Decomposition temperature

2.4.24.6

TGA

℃

360

Electrical

Volume Resistivity

2.5.17.1

C-96/35/90

MΩ-cm

＞10^3

Surface Resistivity

2.5.17.1

C-96/35/90

MΩ

＞10^3

Physical

Moisture Absorption

2.6.2.1

D-24/23

0.25

Flammability Resist

UL94

C-23/50/24+

E- 125/24

Rating

Thermo form property

HINNO test

method

180℃/10s

Pass

HelogenContent

Chlorine

Bromine

Chlorine+ Bromine

2.2.41

ppm

＜900

＜1500

Flexural Strength

Length direction

Cross direction

2.4.4

N/mm2

480

430

HAM-C01BP

150℃

Black & Rapid Curing Prepreg

Battery case for new energy vehicle,Smartphone component, Car body etc.

Black & Rapid Curing Prepreg

Battery case for new energy vehicle,Smartphone component, Car body etc.

Black and Rapid curing prep reg

94V0，and Tg150℃（DSC）

High strength

Excellent mechanical processability

Property	Item	IPC-TM-650	Test Condition	Units	Typical value
Reactivity	Curing Speed	HINNO test method	150℃	min	5
Thermal	Glass Transition Temperature	IPC-TM-650 2.4.24.4	DSC	℃	150
Electrical	Volume Resistivity	IPC-TM-650 2.5.17.1	C-96/35/90	MΩ-cm	＞10^5
	Surface Resistivity	IPC-TM-650 2.5.17.1	C-96/35/90	MΩ	＞10^4
	Dielectric Break down	IPC-TM-650 2.5.6	A	KV	45
Physical	Color	/	/	/	PANTONE Black 4C 2X
	Chemical Resistance	IPC-TM-650 2.3.2	A	/	Pass
	Tensile Strength	GB/T 1447-2005	A	MPa	464
	Tensile Modulus	GB/T 1447-2005	A	GPa	25.8
	Flexural Strength	GB/T 1449-2005	A	MPa	640
	Flexural Modulus	GB/T 1449-2005	A	GPa	27.1
	Impact Strength	GB/T 1451	A	KJ/m2	288
	Moisture Absorption	IPC-TM-650 2.6.2.1	D-24/23	%	0.22

H-825GAP/H-825GA-BP

110℃

Rapid Curing&High Transparency Prepreg

Smartphone component, Tablet PC component, Car body etc

Rapid Curing&High Transparency Prepreg

Smartphone component, Tablet PC component, Car body etc

Rapid curing

Halogen free，94V0，and Tg110C( DSC)

High mechanical strength

Excellent mechanical processability

Property	Item		IPC-TM-650	Test Condition	Units	Typical value
Reactivity	Curing Speed		/	150℃	min	5
Thermal	GlassTransitionTemperature		2.4.24.4	DSC	℃	110
Electrical	Volume Resistivity		2.5.17.1	C-96/35/90	MΩ-cm	1.6*10^6
	Surface Resistivity		2.5.17.1	C-96/35/90	MΩ	1.3*10^6
	Dielectric Breakdown		2.5.6	A	KV	45
Physical	Chemical resistance		2.3.2	A	/	Pass
	Halogen Content Chlorine BromineChlorine+ Bromine		2.2.41	A	2.2.41	＜900 ＜900 ＜1500
	Flexural Strength	LW CW	2.4.4	A	MPa	480 420
	Moisture Absorption		2.6.2.1	D-24/23	%	0. 18

Y-920GT

140℃

High Light Transmittance Laminate

Display screen

High Light Transmittance Laminate

Display screen

Halogen Free and High light transmittance

High mechanical strength

Excellent mechanical processability

Property	Item		IPC-TM-650/GB	Test Condition	Units	Typical value
Thermal	Glass Transition Temperature		2.4.24.4	DSC	℃	140
	Decomposition temperature		2.4.24.6	TGA	℃	390
	X,Y-CTE		2.4.24.5	TMA	ppm/℃	15～17
	Z axis-CTE		2.4.24	TMA，Before TG	ppm/℃	51
				TMA，After TG	ppm/℃	298
				50～260℃	%	4.2
	Thermal stress		2.6.8	288℃，solder dip	s	＞300
Physical	High transmittance		GB/T 2410-2008	A Thickness:0.10mm	%	86
	High transmittance		GB/T 2410-2008	180℃/30min； Thickness:0.10mm	%	85
	Halogen Content Chlorine Bromine Chlorine+ Bromine		2.2.41	A	ppm	＜900 ＜900 ＜1500
	Flexural Strength	LW CW	2.4.4	A	MPa	480 430
	Flexural modulus		JB/T 6544-1993	A	GPa	22
	Moisture Absorption		2.6.2.1	D-24/23	%	0.17
Electrical	Volume Resistivity		2.5.17.1	C-96/35/90	MΩ-cm	＞10^8
	Surface Resistivity		2.5.17.1	C-96/35/90	MΩ	＞10^8
	Dk（RC50%）		2.5.5.9	1GHz;C-24/23/50	/	4.1
	Df（RC50%）		2.5.5.9	1GHz;C-24/23/50	/	0.023

H-835G/H-836G

90℃

Black,Halogen-free,Thermoformable Stiffeners

Stiffeners,Carbody, Furniture .etc

Black,Halogen-free,Thermoformable Stiffeners

Stiffeners,Carbody, Furniture .etc

Black, Halogen free and Tg 90℃(DSC)

Thermoformable

High mechanical strength, no dust

Excellent chemical resistance

Property	Item	IPC-TM-650	Test Condition	Units	Typical value
Thermal	Glass Transition Temperature	2.4.24.4	DSC	℃	90
Thermal	(weight loss 5%) Decomposition temperature	2.4.24.6	TGA	℃	360
Electrical	Volume Resistivity	2.5.17.1	C-96/35/90	MΩ-cm	＞103
Electrical	Surface Resistivity	2.5.17.1	C-96/35/90	MΩ	＞103
Physical	Moisture Absorption	2.6.2.1	D-24/23	%	0.25
	Flammability Resist	UL94	C-23/50/24+ E- 125/24	Rating	HB
	Thermo form property	HINNO test method	180℃/10s	/	Pass
	HelogenContent Chlorne Bromine Chlorine+ Bromine	2.2.41	A	ppm	＜900 ＜900 ＜1500
	Flexural Strength Length direction Cross direction	2.4.4	A	N/mm2	480 430

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