Products | GBS&T

SERIES 01

Z-Tex® Continuous Fiber Series

High-performance continuous glass fiber, certified by major global OEMs, for exhaust system thermal protection

SERIES 01 — CONTINUOUS FIBER

Z-Tex® Series

Z-Tex® Seriesis GBS&T flagship product, using advancedContinuous Fiber Weaveprocess with excellentHigh-Temp Stablestability and insulationProperty。ProductsSeriescovers Z-Tex、Z-Tex Plus、Z-Tex Super、Z-Tex Ultra and other models,Working Tempfrom 650°C to 1050°C，to meet different application requirements.

Z-Tex® series glass fiber has passed all OEM certifications and is the preferred material for global exhaust system thermal protection.

High-Temp Stable Lightweight Flexible Corrosion Resistant 低Thermal Conductivity OEMCertification

Z-Tex® Series Product Specifications

Parameter	Z-Tex®	Z-Tex Plus®	Z-Tex Super®	Z-Tex Ultra® M	Z-Tex Ultra®	E-Glass
Glass Type	Drawn Continuous Fiber	Drawn Continuous Fiber	Drawn Continuous Fiber	Acid-Washed Chopped Yarn	Acid-Washed Chopped Yarn	Drawn Continuous Fiber
Softening Point (°C)	905–915	920–930	945–950	—	—	815–825
Working Temp (°C)	755	778	850	1050	850	650
Tensile Strength (MPa)	2400–2800	2700–3100	3500–4000	—	—	2000–2400
Elastic Modulus (GPa)	85–90	90–95	95–100	—	—	80–85
OEM Approvals	VW TL52498 GM GMW16977 TOYOTA TIS01208 HONDA 1824Z Hyundai MS920	VW TL52498 GM GMW16977 TOYOTA TIS01208	VW TL52498 GM GMW16977 TOYOTA TIS01208 TL52725	—	—	—

Z-Tex LP® NEW

LOW EMISSION — Low EmissionNEW

To meet China 6B emission regulations,Z-Tex LP® uses lower sizing agent content to significantly reduce exhaust particulate emissions (PM&PN), with better expansion and improved filling processability.

30%

PMPM Weight Reduction
(0–23km)

8%

PNPN Count Reduction
(0–23km)

40%

Particle Count
Total Reduction

Cold-End Application Projects (Partial)

OEM	Program	Product Type	Product Code
VW Volkswagen	Santana/Jetta/Bora/Lavida/Passat/Magotan/Tiguan/Touran/Golf/T-Roc/T-Cross 等	Direct filling / Ecoform / Sleeve	Z-Tex / Z-Tex Plus / Z-Tex Super
AUDI Audi	C8 / B9 / ASUV / A5L / A7	Direct filling / Ecoform	Z-Tex
TOYOTA Toyota	015B / 635A / 934A / 281B / 855B / 760B / 381D	Direct filling	Z-Tex
NISSAN Nissan	All Nissan projects from Calsonic/341	Direct filling / Bag / Sleeve	Z-Tex
HONDA Honda	Accord / Fit / Civic	Direct filling	Z-Tex
BENZ Mercedes-Benz	MFA2	Mesh bag	Z-Tex
BMW BMW	UKL2 / M82 / M85 / FAAR / G4X	Mesh bag	Z-Tex / Z-Tex Plus
GM GM	C1UL / C1TL / D2XX CSS / E2UB / D2UC / GEM / Omega	Mesh Bag	Z-Tex / Z-Tex Super
FORD Ford	C346 / C519 / C490 / B515 / C482 / C483 / U625	Bag / Direct filling	Z-Tex
JLR JLR	L550 / L538	Ecoform / Preform	Z-Tex
VOLVO Volvo	S60 / GEN3 K431 / K541 / L541	Bag	Z-Tex
Geely Geely	FE-5/7 / KC-1/2 / NL-3/4/5 / MCA	Bag	Z-Tex
BYD BYD	Multiple models	Bag	Z-Tex
SAIC SAIC	ROEWE / MG	Bag	Z-Tex
GAC GAC	AL / AD / A10 / A32 / A5	Bag	Z-Tex

SERIES 03

Z-Fabric FP® Fire Protection Sheet/管Series

EVBattery Packfire protection dedicatedMaterial，Propertycomprehensively outperforming traditional mica

SERIES 03 — FIRE PROTECTION

Z-Fabric FP®

Z-Fabric FP® Fire Protection SheetSeriesspecially forEVBattery Packfire protection design, the company has air-jet looms and rapier looms760units, with the world largest annual production capacity of2hundred million square meters. ProductsThickness从0.2mm到2.0mm，coveringModule Fire Protectioninsulation, Battery Packfire protection, Water-Cooled Tube Fire Protectionand all other application needs.

Compared to mica: Heat ResistancePropertyexcellent（1300°C×10min，back temperature only 450°C）、Thermal Conductivity低（0.02–0.1 W/mK vs Mica0.43–0.5）、weight reduction（Density1.2 vs Mica2.5–2.9 g/cm³）、flexible processing.

Fire Retardant Oil & Corrosion Resistant High Insulation Flexible Processing Multi-Spec

Z-Fabric FP® vs Mica Performance Comparison

Property	Z-Fabric FP®	Mica Mica
Thickness	0.5–3.0 mm	1.0–3.0 mm
BulkDensity	1.2 g/cm³	2.5–2.9 g/cm³
Heat Resistance (Back Temp)	1300°C×10min，back temperature 450°C	1300°C×5min，back temperature 590°C（burn-through）
Short-term Heat Resistance	1500°C×2min, 4Bar，back temperature 480°C	1300°C×1min, 4Bar，burn-through
Thermal Conductivity @25°C	0.02–0.1 W/(mK)	0.43–0.5 W/(mK)
Insulation Resistance	≥9999 MΩ	≥500 MΩ
Breakdown Strength	≥25 kV/mm	13–15 kV/mm
Workability	Flexible, suitable for various complex processing	Brittle and fragile

Z-Fabric FP® Complete SpecificationsParameter

Parameter	0.2mm	0.3mm	0.5mm	0.8mm	1.0mm	1.5mm	2.0mm	Tube管	Test Standard
Density (g/cm³)	1.5	1.5	1.2	1.2	1.2	1.2	1.2	1.3	GB/T 17911
Heat Resistance (°C)	>1000	>1000	>1000	>1300	>1300	>1300	>1300	>1000	GB/T 17430
Thermal Conductivity W/(mK)	≤0.15	≤0.15	≤0.15	≤0.15	≤0.15	≤0.15	≤0.15	≤0.15	GB/T 10295
Insulation Resistance (MΩ)	≥10⁴	≥10⁴	≥10⁴	≥10⁴	≥10⁴	≥10⁴	≥10⁴	≥10⁴	IEC 60243
Insulation Voltage (KV)	≥2.7	≥2.7	≥2.7	≥2.7	≥2.7	≥2.7	≥2.7	≥2.7	IEC 60243
Tensile Strength (N/25mm)	≥500	≥500	≥600	≥1000	≥1000	≥1500	≥2000	≥1000	GB/T 7689.5
Application	Module Fire Protection & Insulation			Battery PackFire Protection				Water-Cooled Tube Fire Protection	—

Z-Fabric FP Tube

Productswith goodFire ProtectionInsulationProperty，Diametercan reach10mm~30mm，can be used forBattery Packwater-cooled tube protection and strip-shaped component protection in battery packs.

Density	1.0–1.8 g/cm³
Coating	Heat Resisting Phase-Transition Material (Inorganic Oxides)
Diameter	8–30 mm
Heat Resistance	1000±200°C，3min，No burn-through
InsulationVoltage	≥2.7 KV
Combustibility	UL94 V0

Z-Fabric FP® Application Cases

SAIC Z-Fabric FP® 0.8/1.0

IM & Audi — Battery PackFire Protection

CATL Z-Fabric® 0.2/0.3

CATL 2nd Generation Composite Tape Product

BYD Z-Fabric Quilt® 1.9

BYD Only Certified Product

SERIES 02

Z-Mat® Heat Resistance毡Series

Special inorganic fiberHeat Resistancemat for exhaust system hot-end thermal protection, customizableThickness与Density

SERIES 02 — HEAT RESISTANT MAT

Z-Mat® Series

Z-Mat® Heat Resistance毡SeriesusingSpecial inorganic fibermade withexcellentinsulationPropertyand flexibility, customizable in differentThickness和Densityspecifications for complex-shaped component thermal protection.Seriescovers E-Mat、Z-Mat、Z-Mat Super、Z-Mat Ultra and other models.

Flexible & Cuttable Excellent Insulation Sound Absorption Custom Specs High-Temp Stable

Z-Mat® SeriesProductsParameter

Parameter	E-Mat®	Z-Mat®	Z-Mat Super®	Z-Mat Ultra®	Z-Mat Ultra® M
Glass Type	E glass	Z-Tex®	Z-Tex Super®	Z-Tex Ultra®	Z-Tex Ultra® M
Fiber Diameter (µm)	7–13	9–17	9–17	9±3	9±3
Working Temperature (°C)	650	755	850	1050	850
Thickness (mm)	3–40	3–40	3–40	3–40	3–40
Density (kg/m³)	100–160	100–160	100–160	100–160	100–160
面Density (g/m²)	300–3750	300–3750	300–3750	300–3750	300–3750
Loss on Ignition (%)	<2 (before heating) <1 (after heating)	<2 (before heating) <1 (after heating)	<2 (before heating) <1 (after heating)	≤13 (before heating) ≤2 (after heating)	≤13 (before heating) ≤2 (after heating)
Shrinkage Rate (%)	<2 (before heating) <1 (after heating)	<2 (before heating) <1 (after heating)	<5 (before heating) <1 (after heating)	≤10 (before heating) ≤1 (after heating)	≤10 (before heating) ≤1 (after heating)

Hot-End Application Projects (Partial)

Product Code	Program	OEM	Type
Z-Mat Ultra®	M282 / MFA2	Daimler Daimler	Passenger Vehicle
Z-Mat Ultra®	B-SUV / PHEV	VW Volkswagen	Passenger Vehicle
Z-Mat Ultra®	GEP3 / VEP4	Volvo Volvo	Passenger Vehicle
Z-Mat Ultra®	SV91	SAIC SAIC	Passenger Vehicle
Z-Mat Super®	KC-1 / NL-3	Geely Geely	Passenger Vehicle
Z-Mat®	MQB A1 / Golf	VW Volkswagen	Passenger Vehicle
Z-Mat®	F541B	JLR JLR	Passenger Vehicle
Z-Mat Ultra®	Kubota	Kubota Kubota	Commercial Vehicle
Z-Mat Ultra®	HINO	CES	Commercial Vehicle
E-Mat	WP / YUCHAI	WEICHAI / YUCHAI	Commercial Vehicle

SERIES 04

Aerogel Blanket

known as "the magical material that changes the world", currently the lightest solid material, the ultimate thermal insulation material

SERIES 04 — AEROGEL BLANKET

Aerogel Blanket

Aerogel is a solid material with excellent insulation performance, featuring high specific surface area, nanoscale pores, and low density. Thermal Conductivity~0.012 W/mK，Density~160 kg/m³，Specific Surface Area400–1000 m²/g，Porosity90–99.8%。

Aerogel BlanketProductsusing proprietary technology to composite nano-porous aerogel with inorganic fiber materials, featuring soft, hydrophobic, high-temperature stable, fire retardant, non-dusting properties, with fire rating up to Class A1 (non-combustible material).

Ultra-Low ConductivityUltra-Thin & Light Thermal Runaway PreventionA1Class non-combustible Hydrophobic Non-dustingSound Absorption

Thermal Conductivityvs Temperature

Temperature (°C)	25	100	200	300	400
Thermal Conductivity W/(mK)	0.020	0.022	0.025	0.036	0.048

0.020

W/(mK) @25°C

A1级

Fire RetardantRating

~160

kg/m³ Density

90–99.8%

Porosity

Three Principles of Aerogel Insulation

1

Suppressing Heat Conduction

Nanoscale pores (50~60nm) smaller than the mean free path of air molecules (70nm), preventing free flow of air molecules and significantly reducing gas heat conduction.

2

Suppressing Heat Convection

Nanoscale pore structure prevents gas molecules from forming convection, fundamentally eliminating convective heat transfer.

3

Suppressing Heat Radiation

1mm thick aerogel particles contain tens of thousands of pore walls, all serving as reflection and refraction surfaces for radiation, greatly reducing heat radiation transfer.

SERIES 05

Z-SupShield® Underbody Cover

compositeMaterialUnderbody Cover，weight reduction vs steel50%or more, withexcellentHeat Resistanceperformance andMechanical Properties

SERIES 05 — UNDERBODY SHIELD

Z-SupShield®

Z-SupShield® using Z-Tex®、Z-Fabric® Seriesas reinforcement material，combined with epoxy resincomposited high-performancePropertyUnderbody CoverMaterial。50%+ weight reduction vs traditional steel plates, 50%，withexcellent的Heat Resistanceperformance, Mechanical Properties和Chemical Resistantperformance.

Lightweight 50%+High Heat Resistance Impact ResistantChemical ResistantLow Thermal Conductivity

Z-SupShield® vs traditionalMaterial Comparison

Material	Density (g/cm³)	Tensile Strength (MPa)	Specific Strength	Thermal Conductivity W/(mK)	Corrosion Resistant
钢	7.8	780	100	48.5	PVCPVC coating
Aluminum Alloy	2.7	290	107	201	Passivation
Z-SupShield®	1.85	450	243	0.5	Excellent

BasicParameter

Material	Z-Tex® / Z-Fabric® + EP resin
Density	1.8–2.0 g/cm³
Thickness	2.0–4.0 mm
Thermal Conductivity @23°C	0.5 W/(m·K)

Mechanical Properties

Property	Strength	Modulus	Standard
Tensile	400 MPa	25 GPa	ISO 527-5
Flexural	600 MPa	20 GPa	ISO 14125
Shear	26 MPa	—	ISO 14130
Impact	300 KJ/mm²	—	ISO 179-1

Weight ReductionApplication Cases

IM & Audi

Steel Plate T0.8mm：19.5 kg

Z-SupShield T1.8mm：8.39 kg

Weight Reduction 57%

ROEWE/MG NE1X

Steel Plate+PVC：25 kg

Z-SupShield T2.4mm：11.8 kg

Weight Reduction 53%

Hongqi XB69

Steel Plate T0.8mm：9.50 kg

Z-SupShield T1.8mm：6.59 kg

Weight Reduction 57%

ROEWE/MG NE01

Steel Plate T0.8mm：15 kg

Z-SupShield T1.8mm：3.96 kg

Weight Reduction 59%

TestProgram：Underbody Scraping（Reverse 5KM/H / Forward 30KM/H）、External Fire、Full Vehicle Underbody Scraping & Heavy Truck Rolling

SERIES 06

Z-Supbeam™ Structural Beam

高PropertycompositeMaterialStructural Beam，ultra-highTensile Strength，for automotiveStructural Protection

SERIES 06 — STRUCTURAL BEAM

Z-Supbeam™

Z-Supbeam™ using Z-Tex Super®、Z-Mat® Seriesas reinforcement material，combined with EP/PU resin composited high-performancePropertyStructural Beam，withultra-highTensile Strength（0° direction 1592 MPa）和excellentcompressionProperty，for automotiveStructural ProtectionApplication。

Ultra-High StrengthLightweight 耐ImpactStructural Protection

BasicParameter

Material	Z-Tex Super® / Z-Mat® + EP/PU resin
Density	2.0–2.1 g/cm³
Thermal Conductivity @23°C	0.55 W/(m·K)

Mechanical Properties

direction/Type	Strength (MPa)	Modulus (GPa)	Strain (%)
0° Tensile	1592.77	63.41	2.78
90° Tensile	50.25	18.83	0.45
0° Compression	1372.69	63.34	2.16
90° Compression	154.55	20.17	1.49
In-plane Shear	60.54	5.00	5.00
Interlaminar Shear	60.43	—	—

FUEL CELL VEHICLES

Fuel Cell Vehicle Applications

Z-Tex® Seriesdedicated forHydrogen TankCarbon FiberWinding，meeting the stringent requirements of fuel cell vehicles

Hydrogen Tank Winding Application

Z-Tex® Seriesglass fiberspecially forHydrogen TankCarbon FiberWindingprocess design, used withHigh Strength High ModulusCarbon Fiberto meet the stringent requirements of fuel cell vehicle hydrogen storage systems.

Material	Property	Parameter
Carbon Fiber	High Strength High Modulus	Tensile Strength 5000 MPa / TensileModulus 240 GPa
Z-Tex® Series	Winding Dedicated	Compatible with Epoxy Resin / High-Temp Stable

Products Center

Z-Tex® Continuous Fiber Series

Z-Tex® Series

Z-Tex® Series Product Specifications

Z-Tex LP® NEW

Cold-End Application Projects (Partial)

Z-Fabric FP® Fire Protection Sheet/管Series

Z-Fabric FP®

Z-Fabric FP® vs Mica Performance Comparison

Z-Fabric FP® Complete SpecificationsParameter

Z-Fabric FP Tube

Z-Fabric FP® Application Cases

SAIC Z-Fabric FP® 0.8/1.0

CATL Z-Fabric® 0.2/0.3

BYD Z-Fabric Quilt® 1.9

Z-Mat® Heat Resistance毡Series

Z-Mat® Series

Z-Mat® SeriesProductsParameter

Hot-End Application Projects (Partial)

Aerogel Blanket

Aerogel Blanket

Thermal Conductivityvs Temperature

Three Principles of Aerogel Insulation

Z-SupShield® Underbody Cover

Z-SupShield®

Z-SupShield® vs traditionalMaterial Comparison

BasicParameter

Mechanical Properties

Weight ReductionApplication Cases

Z-Supbeam™ Structural Beam

Z-Supbeam™

BasicParameter

Mechanical Properties

Fuel Cell Vehicle Applications

Hydrogen Tank Winding Application