PTFE lamination

PTFE Film Laminated Glass Cloth

Mr. PTFE — Wed, 24 Sep 2025 07:43:35 +0000

PTFE Film Laminated Glass Cloth

PTFE Film Laminated Glass Cloth is a high‑performance flexible material made by laminating PTFE (Polytetrafluoroethylene) film with E‑glass fiber cloth. It combines the high strength and thermal stability of fiberglass with the superior chemical resistance, flexibility, and non‑stick properties of PTFE, resulting in a lightweight yet durable composite material.

It is primarily used in flexible duct joints for air conditioning and general industrial ventilation systems, and can also serve as an inner lining material for metal tanks. The material effectively absorbs and compensates for pipeline deformation caused by thermal expansion, vibration, and fluctuating air pressure, ensuring reliable sealing performance and extended service life. In tank lining applications, the fiberglass side provides strong adhesion to the metal surface, while the PTFE layer offers a non‑stick, chemically resistant barrier that protects against corrosion and buildup.

Advantages of PTFE Film Laminated Glass Cloth

Lightweight & Durable: Easy processing, long service life, reduced maintenance.
Outstanding Chemical Resistance: PTFE film resists acids, alkalis, and organic solvents.
Mechanical Strength with Flexibility: Combines fiberglass rigidity with PTFE compliance.
Reliable Sealing: Suitable for non‑metallic expansion joints to prevent gas and dust leakage.
Dual Surface Functionality: Easy bonding on fiberglass side, non‑stick property on PTFE side.
Excellent Heat Resistance: Reinforced glass cloth ensures strength and dimensional stability under high temperatures.

Applications of PTFE Film Laminated Glass Cloth

General Industry: Steel mills, power plants, incinerators, and corrosive pipelines.
HVAC and Ventilation Systems: Flexible connectors between fans and ducts, minimizing noise & vibration.
Environmental & Chemical Plants: High‑temperature and chemically harsh service environments.
Non-stick tank liners: Glass cloth side bonds securely to iron tanks or other metals; PTFE side remains non‑stick for easy release.

Model Name	Fabric thickness mm(inch)	PTFE film thickness mm(inch)	Tensile strength in warp N/5cm(lbf/in)	Description
ESLAM GP1	1(0.04)	0.1(0.004)	5200	Glass cloth with one side 0.1mm PTFE film
ESLAM GP2	1(0.04)	0.2(0.008)	5500	Glass cloth with one side 0.2mm PTFE film
ESLAM GP3	1(0.04)	0.3(0.012)	5500	Glass cloth with one side 0.3mm PTFE film
ESLAM GP4	1(0.04)	0.2(0.008)	5500	Glass cloth with one side 0.2mm modified PTFE film
ESLAM GP5	1(0.04)	0.4(0.016)	6000	Glass cloth with both sides 0.2mm modified PTFE film

PTFE Aramid Fabric with sealed surface

Mr. PTFE — Sat, 13 Sep 2025 19:33:30 +0000

PTFE Aramid Fabric with Sealed Surface

ESONE PTFE Kevlar fabric with film lamination is an advanced upgrade of our standard PTFE coated Kevlar fabric. By laminating a PTFE casting film/FEP film on the surface, the fabric achieves a completely sealed, pore-free finish, offering superior performance in demanding applications.

Property of PTFE Aramid Fabric

Exceptional Micropore-Free Surface – The laminated PTFE film eliminates micropores, creating a smooth and durable non-stick layer.
Extended Service Life – Enhanced resistance to wear and tear makes it highly reliable in continuous production environments.
High Mechanical Strength – Kevlar base fabric provides outstanding tensile strength, making it suitable for heavy-duty use.
Moisture-Resistant – Performs excellently in humid conditions where conventional fiberglass-based fabrics may fail.

Specification of PTFE Film Laminated Aramid Fabric

ESONE’s PTFE Aramid fabric is available in standard thicknesses ranging from 0.13 mm to 0.50 mm. The fabric offers very high tear strength and can be customized with an anti-static surface.

With film lamination, the maximum width can reach up to 2 meters, making it suitable for all the machinery models mentioned in the above applications. Color: Brown or anti-static black

Width: Max 2,000mm (78.7 inches) another width is available

Applications of PTFE Aramid Fabric with Film Lamination

Food processing (e.g., pet food, steam food)

High-performance conveyor belts

Industries requiring longer belt lifetime and reduced machine downtime

Click to know about the standard PTFE aramid fabric(not sealed)

Product	Product Category	Lamination
PTFE ARAMID FABRIC (SEALED)	KEVLAR SERIES	PTFE FILM

		PTFE Aramid Fabric with Film Laminated
Model Name	Standard Width mm(inch) Please ask for another widths	Normal Thickness mm(mil)	Weight g/m²(oz/yd²)	PTFE Content (%)	Tensile Strength N/cm(lb/in)	Color	Description
ESLAM TT45K	1000, 1250, 1500, 2000 (39.4, 49.2, 59, 78.7)	0.45(18)	750(22.12)	63	1380(788)	Tan	Sealed surface(Film laminted)
ESLAM SS45K	1000, 1250, 1500, 2000 (39.4, 49.2, 59, 78.7)	0.45(18)	750(22.12)	63	1380(788)	Tan	Sealed surface(Film laminted)

THV Film

Mr. PTFE — Sun, 31 Aug 2025 08:03:13 +0000

THV Film

ESONE’s THV (Tetrafluoroethylene-Hexafluoropropylene-Vinylidene fluoride) Fluorothermoplastic, a polymer made from tetrafluoroethylene, hexafluoropropylene, and vinylidene fluoride, offers unique advantages such as bonding capabilities with elastomers and hydrocarbon-based plastics, along with flexibility and optical clarity. ESONE THV films, produced via melt extrusion casting from THV resin, exhibit exceptional performance characteristics, including low processing temperatures and excellent flexibility. These films can be heat-sealed, thermoformed, and laminated to various substrates, making them ideal for multilayer hoses, tubes, sheets, and films.

Advantages of THV Foil

Very high optical clarity and light transmission
Outstanding flexibility compared to other fluoroplastics
Good weatherability and UV stability
Flame retardant and good dielectric properties
Excellent chemical and permeation resistance
Bondable to itself and other substrates for multilayer constructions
Low processing temperatures for co-processing with olefinic plastics and hydrocarbon elastomers

Specification of THV Film

Standard Thicknesses: Available in 100um, 150um and 250um (0.004’’, 0.006’’ and 0.010’’), other thicknesses available upon request
Standard Width: 300mm (11.8’’) and 1,600mm (63’’), custom slit widths available upon request
Standard Color: Clear/natural, with custom colors available upon request
Surface Treatment: Bondable, chemically etching, plasma-treated surfaces available upon request

Applications of THV Film

Clean POD

Clean POD devices in the semiconductor industry are made from advanced THV and ePTFE (modified Polytetrafluoroethylene) composites. These materials offer excellent chemical resistance, low permeability, and high thermal stability, making them ideal for protecting sensitive electronic components.

The combination enhances reliability and performance, ensuring effective sealing against contaminants. Customizable in various sizes, these composites meet diverse application needs within the semiconductor sector.

Chemical and Fuel Storage

THV films are utilized in fuel and chemical tank linings, drop-in liners, and bag liners due to their exceptional chemical resistance to fuels across a wide temperature range and their low permeability to solvents and gases.

Safety Glass

With excellent clarity (<1% haze) and outstanding mechanical and thermal properties, THV film is an ideal interlayer for lamination onto glass or for use between layers in multi-layer glass systems. It enhances fire safety and provides anti-shatter performance in various glass applications.

Photovoltaic Panels

Thanks to their superior barrier properties, fire resistance, and high solar transmittance, THV films are well-suited for use as back sheets and front sheet glazing in photovoltaic (PV) panels.

		THV Film
General Properties	Test Method
Specific Gravity	ASTM D792	1.98
Area Yield m²/kg/um (ft²/lb/mil)		782 (97)
Flammability	UL-94	V-0
Water Absoption %		＜0.01
Standard width mm(in)		Max 1,600mm (63 inches) Any slit width is available
Thickness Available um(mil)		100, 150 and 250 (4, 6 and 10)
Colors		Clear
Mechanical Properties
Tensile Strength MPa(psi)	ASTM D882	30(4,500)
Elongation at Break %	ASTM D882	600
Tensile Modulus MPa(psi)	ASTM D882	210(30,000)
Folding Endurance (MIT) cycles	ASTM D2176	＞100,000
Thermal Properties
Continuous Use Temp ℃(℉)	UL-746B	120(250)
Melt Point ℃(℉)	ASTM D3418	165(330)
Electrical Properties
Dielectric Strength kv/mm(volts/mil)	ASTM D149	60(1,500)
Dielectric Contant 1kHz	ASTM D150	4.8
Optical Properties
Refractive Index	ASTM D542	1.36
Solar Transmission %	ASTM E424	95
Haze (4 mil (100 µm) film) %	ASTM E424	1
Surface Treatments Available
Chemical Etching		Available
Plasma Treatment		Available
Applications
Composite Molding Process: Release Films		x
Chemical Process		√
Electrical / Electronics		√
Medical		√
Optical / Photovoltaics		√
Protective / Decorative		√

FEP Film

Mr. PTFE — Thu, 24 Apr 2025 00:04:36 +0000

FEP Film

FEP Film/FEP Foil

ESONE FEP film is manufactured using a melt extrusion casting process from Fluorinated Ethylene Propylene (FEP) resin. These films provide all the advantages of fluorinated materials, including exceptional temperature and chemical resistance, non-stick characteristics, and excellent dielectric performance. FEP films can be heat-sealed, thermoformed, laminated to different substrates, and utilized as melt adhesives.

Advantages of FEP Film

ESONE’s FEP films provide all the benefits of fluorinated films, including:

High Temperature and Chemical Resistance: FEP films remain stable even in harsh environments.
Non-Stick Properties: With superior anti-stick and low friction characteristics, they perform exceptionally well in various applications.
Excellent Dielectric Performance: Ideal for electronic and electrical applications.
Heat-Sealing and Thermoforming Capabilities: Can be laminated to various substrates and serve as melt adhesives.
Outstanding Light Transmission and Clarity: Ensures product quality while maintaining transparency.

ESONE FEP films are free from plasticizers, processing aids, or additives, making them safe for food contact

ESONE FEP films are available in four grades

FEP GP – General Purpose

FEP WF – Welding Film

FEP MR – Mold Release

FEP HM – High Molecular

FEP GP – General Purpose

Made from 100% virgin premium-grade FEP resin with an MFI range of 5-10.
Ideal for applications that demand high dielectric performance, such as PCB laminates and wire & cable uses.
Preferred for protective, decorative, and transparent applications where visual clarity is crucial.
Complies with ASTM D3368 specifications for Type I FEP film.

FEP WF – Welding Film

Provides significant cost savings of 30% compared to GP grade.
An ideal economical solution for heat sealing, welding, and other melt adhesive applications where high aesthetic standards are not required.
Complies with ASTM D3368 standards for Type I general-purpose FEP film.

FEP MR – Mold Release

Available in various perforated patterns.
It offers high elongation and excellent conformability to complex contoured molds.
Standard colors include red, violet, and clear, with custom colors available upon request.
With its exceptional non-stick properties and service temperature of up to 400°F (205°C), FEP is the preferred material for high-temperature composite molding.
Complies with ASTM D3368 standards for Type IV mold release FEP film.

FEP HM – High Molecular Weight

Ideal for chemical tank linings, pump diaphragms, and rupture discs.
Provides excellent stress-crack resistance and flex endurance, achieving 250,000 cycles in the MIT test.
Complies with ASTM D3368 standards for Type III FEP film.

Specification of FEP Film

ESONE offers FEP films with thicknesses ranging from 0.012 to 0.25mm (12 to 250 um) (0.0005 inches to 0.010 inches), with standard widths up to 1,600 mm (63 inches). Additionally, slit widths and bondable surfaces (plasma treated or chemically etched) are available upon request.

Width: Max 1,600mm (63 inches)
Color: Transparent, Red, Blue and others
Surface: Non-treatment, plasma treated or chemically etched
Temperature: Continuously working in temperatures ranging -240°C to 205°C (-400°F to 400°F )

Applications

FEP films are widely used across various industries, particularly in environments that require high temperature and chemical resistance. They are suitable for:

High Temperature Composite Molding: Preferred material for mold release applications due to maximum service temperature of 400°F (205°C).
Complex Contoured Molds: Features high elongation and excellent conformability.
Electronics: Their excellent dielectric performance makes them suitable for PCB laminates, electrical insulation and cable protection.
Protective and Decorative Uses: Suitable for applications where visual appearance and clarity are essential, such as decorative films and see-through applications.
Medical Devices: Compliant with USP VI standards, they are suitable for manufacturing medical instruments and devices.
Industrial Applications: Used in chemical, pharmaceutical, and other industries as a durable material resistant to corrosion and high temperatures, like chemical tank lining.

	Test Method	FEP GP – General Purpose	FEP WF – Welding Film	FEP MR – Mold Release	FEP HM – High Molecular Weight
General Properties
Specific Gravity	ASTM D792	2.15
Area Yield m²/kg/mm (ft²/lb/mil)		727.4(90)
Flammability	UL-94	V-0
Water Absoption %		＜0.01
Standard width mm(in)		Max 1,600mm (63 inches) Any slit width is available
Thickness Available mm(mil)		0.012 to 0.25mm (0.5 to 10 mil)
Colors		Clear	Clear	Red, Blue, Violet	Clear
Mechanical Properties
Tensile Strength MPa(psi)	ASTM D882	24(3,500)			34.5(5,000)
Elongation at Break %	ASTM D882	300			350
Tensile Modulus MPa(psi)	ASTM D882	483(70,000)
Initial Tear Strength g/mm(g/mil)	ASTM D1004	10,830(275)
Propagation Tear Strength g/mm(g/mil)	ASTM D1922	4,922(125)
Folding Endurance (MIT) cycles	ASTM D2176	10,000			250,000
Thermal Properties
Continuous Use Temp ℃(℉)	UL-746B	400(205)
Melt Point ℃(℉)	ASTM D3418	500(260)			520(270)
Electrical Properties
Dielectric Strength volts/mm(volts/mil)	ASTM D149	256,000(6,500)	N/A		256,000(6,500)
Dielectric Contant 1kHz	ASTM D150	2.0	N/A		2.0
Dissipation Factor 1kHz	ASTM D150	0.0003	N/A		0.0003
Surface Resistivity ohm/sq	ASTM D257	1x10^15	N/A		1x10^15
Optical Properties
Refractive Index	ASTM D542	1.34	N/A		1.34
Solar Transmission %	ASTM E424	96	N/A		96
Surface Treatments Available
Chemical Etching		Available
Plasma Treatment		Available
Applications
Composite Molding Process: Release Films				√
Chemical Process/Equipment		√	√		√
Heat Sealing/Welding/Melt Adhesive		√	√
Electrical/Electronics		√
Medical		√			√
Optical/Photovoltaics		√
Protective/Decorative		√

PTFE Casting Film

Mr. PTFE — Mon, 21 Apr 2025 11:22:57 +0000

PTFE Casting Film

PTFE Casting Film/PTFE Cast Film

ESONE’s PTFE Casting Film is crafted entirely from pure PTFE (Polytetrafluoroethylene) using a cast manufacturing method. This film can be produced as either a multi-layered or single-layer film, making it versatile for a wide range of applications. It is specifically engineered to withstand exposure to chemicals, heat, and mechanical stress, where low friction properties are essential. This makes it particularly suitable for environments where gases or corrosive liquids may be present, especially at elevated temperatures.

The differences between various PTFE films
Material	PTFE casting film	PTFE skived film	PTFE extruded film
Flexibility	Soft	Hard	Medium
Pin hole	No Microholes	Many Microholes	Few Microholes
Chemical Resistance	High	Low	Medium
Friction	Low friction	Medium friction	High friction
Elongation	High	Low	Medium
Min thickness	0.00025'' 0.005mm 5um	0.0005'' 0.012mm 12um	0.002'' 0.055mm 55um
Coating	Can coat PFA or FEP	No coating	No coating
Strength	amorphous	Medium	unidirection

Advantages

This film is characterized as a relaxed amorphous material, allowing it to be uniformly stretched in all directions without exhibiting stress whitening, which makes it an effective barrier against gases and liquids. It boasts a high purity level, is non-porous, and free from pinholes. Our Cast Films provide excellent drapability and conformability, along with outstanding dielectric properties. ESONE offers these films in both clear (unpigmented) and colored options, including red, blue, white, yellow, and tan. Additionally, surfaces suitable for cementing and bonding are available.

Specification of PTFE Casting Film

Our PTFE Casting Film is available in a range of thicknesses from 0.005 to 0.127mm (0.25 to 5mil) (5um to 127um) and can be produced in widths up to 60 inches (1524 mm). This variety in thickness and width allows for tailored solutions to meet specific application requirements.

Filler: 1. No filler. 2. Silica. 3. Others

Coating：1. No coating. 2. PFA coating. 3. FEP coating

Color: Half Transparent, Red, Blue, Black, Green, Copper and others

Applications of Cast PTFE Film

ESONE’s PTFE Casting Film is ideal for use in various industries where chemical resistance, low friction, and thermal stability are critical. Common applications include:

Chemical Processing: Used in equipment and containers that handle aggressive chemicals.
Food Processing: The high purity and non-porous nature make it safe for food contact applications.
Electrical Insulation: Due to its excellent dielectric properties, it is suitable for insulating electrical components.
Vacuum Bagging mold release: suitable for the upper end temperatures required in the fabrication of high performance composites for the aerospace industry.
Outdoor Applications: Its durability and resistance to environmental factors make it suitable for outdoor use where exposure to the elements is a concern.

Property	PTFE Cast Film
Color	Red, Blue, Black, Half Transparent
Standard width mm(in)	450(17.7), 500(19.7), 955(37.6), 1,000(39.4), 1,250(49.2), 1,524(60)
Thickness Available mm(mil)	0.005 to 0.127mm (0.25 to 5mil)
Specific Gravity	2.15
Area Yield m²/kg/mm (ft²/lb/mil)	726.5(90)
Flammability	UL-94 V-0
Thermo-bondable	Yes
Adhesive Bondable	Yes
Tensile Strength MPa(psi)	29.6(4,300)
Elastic Modulus MPa(psi)	413(60,000)
Folding Endurance cycles	4,000
Coefficient of Friction	0.2
Elongation %	400
Dielectric Constant 60-10^8 Hz	2.0
Power Dissipation	< 0.0001
Surface Resistance Ώ/cm²	9 x 10^7
Dielectric Strength volts/mm(volts/mil)	165,354(4,200)
Surface Arc Resistance	Does not arc
Continuous use temperature ℃(℉)	316(600)
Melt Point ℃(℉)	327(620)

Fiberglass Needle Mat

Mr. PTFE — Fri, 25 Mar 2022 12:50:54 +0000

Fiberglass Needle Mat

Fiberglass Needle Mat (ESONE Temp mat) is a needled and bonded glass fiber insulation flat blanket of well-proportioned density, which provides reliable and outstanding performance at heat up to 1200° F (650℃).

The standard thickness including ¼”, ½” , 1″ and others.

This ESONE mat offers superior sound absorption propertity and strong resistance to vibration without powdering. Fiberglass needle mat is also the important insulation component of the removable insulation blanket.

Dimensions

Roll sizes:

¼” thickness – 60 Inches wide by 150 Feet Length – 750 Sq. Ft.

½” thickness – 60 Inches wide by 75 Feet Length – 375 Sq. Ft.

¾” thickness – 60 Inches wide by 60 Feet Length – 300 Sq. Ft.

1″ thickness – 60 Inches wide by 45 Feet Length – 225 Sq. Ft.

Density is 9 or 11 bs./cu.ft.

Applications

Fiberglass Needle Mat，首发于。

Modified PTFE fabric for frying machine & contact grill

Mr. PTFE — Sun, 20 Mar 2022 12:41:17 +0000

Modified PTFE fabric for frying machine & contact grill

Due to the severe working environment like high oil and continuously pressing, frying & grilling machines have high request to the non stick conveyor belts. If the non stick & tear resistant properties of the PTFE coated fabric is poor, then the lifetime of the Teflon belts will be only several days.

This application has highly request for the following properties of Teflon belts.

Non stick & smooth surface
Strong tensile strength
Superior tear strength
Excellent pear strength

As a PTFE fabric manufacturer, we need to offer high and stable qualified product, so that the output of the grilling machine can be maximized and the downtime can be minimized. In this case, our modified PTFE fabrics were produced, they are coated and laminated by special process, and they can meet the request of tortilla industry.

In order to help customers understand the key property of our PTFE modified fabric, we will introduce our production processes as follows.

The coating process of regular PTFE fabrics

Teflon coated fabric is coated with liquid PTFE, which is made of 60% solid PTFE content and 40% water, and the coating process is vertical processing as the left picture. Most of the water evaporated or flowed down during coating, but few water evaporate will go up together with PTFE and explode when sintering with 390°C / 734°F! After the explosion of water evaporate, pin-holes (crators) will be generated! Like the following picture. Which means this explosion part is not Anti-Stick!

The coating & laminating process of ESONE modified PTFE fabrics

ESONE use special formulated PTFE liquid and special coating process to avoid the water explosion. We will minimize the coating time so that the mechanical strength of PTFE fabric can be enhanced, and the coating adhesion can be guaranteed.

In order to improve the sealing, release and hardness property, ESONE will heat laminate & calender PTFE coated fabric during the coating process. By applying this process, the crators will be filled up and the surface will be excellent smooth.

Picture of the surface under a microscope

PTFE coated fabric – standard

PTFE Modified coated Fabrics

Applications of Modified PTFE fabric

In ESONE, you can get the durable tortilla press belting and reliable service!

With the special formula and construction of the Modified PTFE fabric for tortilla industry, the output of customer’s product will be increased and the cost for production will be reduced, because of the excellent long lasting non stick surface and high mechanical strength of ESONE belts.

The quality of ESONE Teflon belt is better and better due to the increasingly customer’s demand in a more non stick surface, more oil permeation resistance, better heat transfer, stronger abrasion resistance and a superior dimensional stability in order to resist the repetitive contact with heat press.

Let’s help to keep your production lines running continuously smooth!

Click here to know TDS of PTFE modified coated fabric!

Modified PTFE fabric for frying machine & contact grill，首发于。

Multi layer laminated Teflon coated fiberglass cloth

Mr. PTFE — Wed, 09 Aug 2017 00:28:45 +0000

Multi layer laminated Teflon coated fiberglass cloth, high tensile heavy duty belt

Teflon coated fiberglass cloth can be laminated with multi layers PTFE fabric, which will highly enhance the tensile strength than normal Teflon coated fabric.

This laminated PTFE fabric is made into heavy duty belting, which need long lifetime and high tensile strength, such as food processing like Tortilla, pizza, or flooring industry for PVC & PU curing and cooling. And conductive PTFE laminated belt for tabber stringer machines.

laminated Teflon coated fiberglass cloth, punched into 12 holes in line for air pass through

Why use Multilayer laminated Teflon coated fiberglass cloth?

PTFE laminated fabric is laminated by two or more layers PTFE coated fabrics, which has much higher tensile strength and tear strength than normal PTFE fabric.

In this case, PTFE laminated fabric is suitable for applications working in tough environment, especially used for making belt for food processing, rubber & polymer curing, solar industry and so on.

Property of PTFE coated laminated fabric

★ Superior non stick & easy release

★ Excellent dimensional stability and high tensile

★ Outstanding heat resistant, can continuous working from 73°C to +260°C

★ strong chemical resistant

★ UV resistant

★ FDA & LFGB certificated

★ High dielectric constant

Laminated Teflon coated fabric, punched into 6 holes per line

Applications of laminated Teflon coated fabric

1) Curing of Rubber and Polymer

Laminated Teflon coated fiberglass cloth is used to replace the heavy steel belt in vulcanizing machines.

Due to this PTFE laminated belt can resist high temperature, has high dimensional stability & high tensile, non stick & easy release and is much cost effective than endless heavy steel belt.

2) Tabber stringer belts

Two layers laminated Teflon coated fabrics is workable for this industry, in order for increasing the lifetime of the belt, and minimum the off time in the production line. The quality of PTFE coated belt is important to the final quality of product.

Different holes in line is available for different machines, such as 2, 4, 6, 8, 12 holes in line. Which means the porosity of this belt is adjustable.

laminated Teflon coating fabrics, punched into 4 holes in line for air pass through

3) Food processing industry

PTFE laminated belt is workable for heavy duty industry, especially for food processing industry, since this working environment is high oil and high pressure. Which has high request of the non stick property and high tensile strength.

4) Luxury Vinly Tiles manufacturing

Laminated Teflon coated fiberglass cloth is used as release belt for flooring industry, due to the high tensile strength and excellent release surface. One upper belt and one lower belt will be used for the heat press machines.

Multi layer laminated Teflon coated fiberglass cloth，首发于。

PTFE Tabber Stringer Belts(Solar Laminated Belts)

Mr. PTFE — Sat, 11 Jun 2016 02:58:51 +0000

PTFE Tabber Stringer Belts are also called as Solar Laminated Belts, which are laminated by two layers of PTFE Coated Fiberglass Fabric.

With one side brown surface, and other side anti-static property, this belt has super Non-stick and Anti-static surface, and long lifetime which is much better than one layer PTFE belt.

Any sizes of holes could be customized, any sizes of the belts could also be made.

And Youngsun’s Tabber Stringer Belt always run very straight, the dimension is superior stable also, we are supplying to lots of manufacturers of Tabber Stringer Machine, and end-clients who using this machine.

Properties:

-Anti-Static

-Run very Straight

-Outstanding Long Lifetime

-Super Dimension Stability

-Custom Hole and Belt size

-Heat-resistant

-Superior Non-stick

Applications:

This belt is widely used in Auto-mated Tabber Stringer machine, and due to the long lifetime and very straight operation, this laminated belt has replaced the normal one layer PTFE belt.

Main Specification:

Popular Sizes

200mm*4400mm
200mm*3509mm
200mm*6004mm

Any sizes could be customized.

Regular Hold sizes

Four holes per line
Six holes per line

PTFE Laminated Belts

“”

PTFE Tabber Stringer Belts(Solar Laminated Belts)，首发于。

ptfe laminated belt

Mr. PTFE — Sun, 24 Aug 2014 09:42:21 +0000

PTFE Laminated Belt is made from two piecs of PTFE Coated Glass Fabrics,laminate them together in high temperature and pressure without feeling the joint.

Why use it?

Taixing Youngsun have the most advanced weaven equipment from Germany,which can weaven the seemless fiberglass or Kevlar fabrics .

Compared to normal PTFE belts, PTFE laminated belt have higher mechanical strength needed for packing,laminating and fuing industry. Its endless design ensures flow of woven and non-woven materials through process.

Properties of PTFE Laminated Belt

Superior nonstick surface enables release properties.

Operating temperature ranges from -200 degrees to 260 degrees

Dimensionall stable

Any length available

Tear resistant.

Higher intensity, longer lifetime.

Main specifications

Normal thickness of belt: 0.14mm~ 0.50mm

Width: 20mm ~ 200mm

Color: brown/black

ptfe laminated belt endless belt jointless belt

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PTFE lamination

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Applications of PTFE Film Laminated Glass Cloth

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Modified PTFE fabric for frying machine & contact grill

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Picture of the surface under a microscope

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Multi layer laminated Teflon coated fiberglass cloth, high tensile heavy duty belt

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