UV Curing Lamp for Curing, Disinfection & Inspection -

Exposure Lamp

Exposure Lamp – Ga type

Typical spectrum output of Ga metal doped lamp

Gallium iodide addition-produces wavelengths of 400Nm and 420Nm, this type of lamp is particularly suitable for curing white pigments, therefor it is usually used in the diazo-type processing industrials.
Typical application: UV exposure of inks and varnishes responsive to 420Nm wavelength, most common industrials that we are supplying are:
Furniture & Woodworking, Marble & Granite, Plastic Packaging.

Metal Halide Lamp

Metal Halide Lamp

Typical application: UV curing of inks and varnishes responsive to 365Nm wavelength.

The medium-pressure metal halide ultraviolet lamp is composed of a quartz envelope containing mercury and metal halide pellets additives, which create ultraviolet light of a specific wavelength. The wavelength of the added metal halide will be strongly transferred to the visible light spectrum output, resulting in a longer wavelength for deeper curing process.
Metal halide lamps are widely used in the printing industry and various industrial applications, such as LCD, CD / DVD production, printed circuit boards, wood industry, etc.
TSTUV manufacture replication lamps for most existing medium-pressure UV lamps from 800 watts on the market.

UV Lamp For Pcb Exposure

Exposure Lamp for PCB Market

Typical spectrum output of Exposure doped lamp

Typical application:
UV exposure of inks and varnishes responsive to 374Nm wavelength,
The specific quality of the metal halide lamp can extend the service life of the lamp tube through a shorter exposure time.

The medium-pressure metal halide ultraviolet lamp is composed of a quartz envelope containing mercury and metal halide pellets additives, which create ultraviolet light of a specific wavelength. The wavelength of the added metal halide will be strongly transferred to the visible light spectrum output, resulting in a wider wavelength for deeper curing process. We supply various of this kind of UV lamp for the market of Printing circuit board from lamp power 3KW to 12KW.

Electrodeless UV Lamp

Electrodeless UV Lamp

Electrodeless bulbs, more commonly known as microwave lamps, are an extraordinary type of medium pressure mercury vapor lamp. The design concept is the mercury contained in the quartz sleeve is vaporized by irradiating the lamp with microwave energy (magnetron generator) rather than passing current between the electrodes. This offers few distinct advantages over the conventual electrode UV lamp:

Instant on/off capability
Smaller lamp design
Much longer lamp life (3~5 times a conventual electrode UV lamp)
More efficiency light output
Stronger intensity light at working surface

TSTUV supply microwave bulbs available in 6” (152.4 mm) and 10” (254 mm) lengths with power ratings of 300 & 600 WPI (watts per inch) which are made in the USA and are directly interchangeable with the electrodeless lamps made by OEM’s UV Systems Inc.
Metal Halide doping is used to change the spectral output of these lamps.

6" H Type UV Electrodeless Lamp

6” H type Electrodeless UV Lamp

The “H” bulb is a medium pressure Mercury vapor bulb that produces a conventional Mercury spectral output, which includes light wavelengths distributed across the entire UV range. H bulbs are typically used in applications that cure efficiently with high intensity light in the UVC and UVA ranges.

10" H Type UV Electrodeless Lamp

10” H⁺ type Electrodeless UV Lamp

The “H⁺” bulb is a medium pressure Mercury vapor bulb that produces a range of light output from a conventional Mercury spectrum, which includes light wavelengths distributed across the entire UV range. The H+ bulb is very similar to the H bulb, except the H+ bulb produces about 10% more light in the UVC range, which is effective in achieving good surface cure properties.

D Type UV Electrodeless Lamp

D type Electrodeless UV Lamp

The “D” bulb is a medium pressure Mercury vapor bulb with a unique metal additive. When energized, the metal additive and Mercury vaporize into a plasma to produce a wide distribution range of UV light with most of its output in the UVA range. In fact, the output of the D bulb is about 2-3 times higher in the UVA range compared to the H bulb, which makes this bulb extremely effective when curing through heavily pigmented resins or thick layers of clear resins.

V Type UV Electrodeless Lamp

V type Electrodeless UV Lamp

The “V” bulb is a medium pressure Mercury vapor bulb with a unique metal additive. When energized, the metal additive and Mercury vaporize into a plasma to produce a wide distribution range of UV light with most of its output in the UV-V range. The UV-V wavelength range is extremely effective when curing through the depths of pigmented resins, and particularly effective when curing white pigmented resins.

UV Capillary Exposure Lamp

UV Capillary Lamp

Typical spectrum output of mercury lamp

Typical application: UV curing of inks and varnishes responsive to 365Nm wavelength.

Feature/Application
Mercury capillary lamps provide an intense source of radiant energy from the ultraviolet through the near infrared range. These lamps require no warming-up period for starting or restarting and reach near full brightness within seconds. They come in a variety of arc length, radiant power, and mounting methods, and are used in industrial settings (i.e., for printed circuit boards).

Optional reflective coating to shorten ignition warm up time
Optional lamp base – ceramic & metal base with or without power cable along with different terminals.
Arc length from 80mm up to 2000mm
Outer diameter from 10mm up to 40mm
Power density from 40W/cm up to 300W/cm

APPLICATIONS

UV Curing of Solvent-Free Paints, Coatings, and Adhesives
Industrial Photochemistry
Special Applications Such as Ozone Production and UV Analysis

UV Lamp Base

UV Curing Lamp & Lamp Bases

Typical spectrum output of mercury lamp

Typical application: UV curing of inks and varnishes responsive to 365Nm wavelength.

Medium Pressure Mercury-Arc lamp
TYNGSHUOH TECH produces standard and custom UV Curing Lamps. Our production facility is designed to meet specific customer requirements to produce customized UV lamps, as well as achieve consistent quality in mass production. We design our own production machines with PLC program controller, we are able to optimize our manufacturing process. This results in precision filling technology making our lamps virtually free of impurities, thus preventing early blackening of the lamp. These lamps are components which may be used by customers to manufacture a variety of finished products.

BENEFITS

Consistent quality for small or large quantity production
Precise filling technology
Optional reflective coating to shorten ignition warm up time
Optional lamp base – ceramic & metal base with or without power cable along with different terminals.
Arc length from 80mm up to 2000mm
Outer diameter from 10mm up to 40mm
Power density from 40W/cm up to 300W/cm

APPLICATIONS

UV Curing of Solvent-Free Paints, Coatings, and Adhesives
Industrial Photochemistry
Special Applications Such as Ozone Production and UV Analysis

UV Quartz Sleeve

Quartz cooling Tube

Technical Data

Quartz sleeves as water jacket (cooling tubes) for UV lamps can vary in size, diameter and configuration from system to system. Lamps are also manufactured utilizing different types of quartz to block or allow UV transmission in various spectral range.
Water Cooling tubes are mounted between the UV lamp and substrate in a UV curing system, to filter out infrared (IR) radiation and prevent the system and the substrate from overheating, whilst allowing the majority of UV radiation to pass through. They are kept cool with the addition of air or water being pumped through on a system that passes through a chiller.

Cooling tubes are various different sizes depending on the size and manufacturer of the system, and GCTC provide you with a wide range of lengths and diameters of cooling tube, manufactured to exact dimensions from high grade quartz.

GCTC keep the most in using quartz water jacket in stocks to offer the better service especially for PCB manufactured system which demanding customize dimensions and shapes to perfectly fitted into their systems.

Aluminum Curved Dichroic Coating UV Reflector

UV Curved Dichroic Coating Reflectors/Cold Mirrors

GCTC’s aluminum and cold mirror reflectors are suitable for standard UV systems for which substrate to use is depending on the characteristics of the working piece; Cold-mirror reflectors are using for heat-sensitive materials as they absorb heat-producing infra-red energy and reflects only the UV energy.

Quartz Curved Dichroic Coating UV Reflector

UV Curved Quartz Dichroic Reflectors

UV cold mirrors reflect UV energy while removing heat-producing visible and infrared energy. The removal of visible and infrared energy can be accomplished by transmitting the visible and infrared energy through the reflecting optic (typically fused silica) or by absorbing the visible and infrared energy and transferring the absorbed heat to the reflecting optic (typically aluminum). UV cold mirrors are extremely effective at increasing the amount of reflected UV energy at the irradiation zone while simultaneously significantly reducing the visible and infrared energy. The result is lower temperatures at the irradiation zone, allowing the processing of temperature sensitive substrates.

Cold mirrors are useful in protecting temperature sensitive substrates. Uses include

Photo polymerization of inks, dyes and adhesives
Semiconductor manufacture
Printed circuit board manufacture
Product packaging
Flooring
Water sterilization
Imaging

Quartz Plate

Curved Cold Mirror (Reflector)

Dichroic film coating glass reflector
Spectral characteristics:
Reflecting avg. ≧92% for spectrum range at 220~400Nm
Transmission avg. ≧ 80% for spectrum range at 450~2000Nm
The reflectors we produce help reflect the ultraviolet curing energy and pass infrared wavelengths. This is achieved by reflecting visible light. Less infrared radiation means less heating of the illuminated object in the beam. Dichroic reflectors are used in compatible lamps to help the system dissipate heat and thereby extend the life of the lamp.

UV Cold And Hot Mirror

Hot Mirror/Quartz Plate

Technical Data

Tavg > 85%: 220-400nm
Tavg < 30%: 430-630nm
Tavg <= 87%: 700-2500nm

GCTC’s hot and cold mirrors are ideal for use in situations where heat could severely damage an experimental setup. The dichroic coating glass mirrors are available in various sizes. Our UV fused silica mirrors offer increased transmission and reflectance, a lower coefficient of thermal expansion.
The quartz plate is generally place between the lamp and the substrate. The plate does not absorb UV rays but enhance in reradiating the rays at a temperature lower than the working lamp. It is necessary to clean the plate regularly for better performance of the curing results. GCTC provide the products of the top-most quality.
A normal glass plate cannot withstand extreme temperatures as much as a quartz plate does. UV lamp helps in drying inks and graphic coatings. The main use of a quartz plate in the lamp is to prevent the accumulation of debris, dirt and contaminants from building in the filter.
The UV hot mirror is primarily placed to reduce the effect of infrared rays (IR) that may have an effect over the printing clarity. Along with dichroic reflectors, the hot mirrors improve UV energy and reduce infra-red energy that can cause a likely damage to certain substrates that are heat sensitive. By directing the IR energy to the filament, the hot mirror helps by giving you a better printing experience by providing you a reliable way of removing heat.
The replacement lamp is used to dry coatings and inks in signs and graphics and is an important component of the drying system. The UV curing lamp is a better option than infra-red drying as it resists smudges. The quartz plate protects lamps from debris and works as a filter between lamp and the curing system. The plate prevents dirt, grit and contaminants from building up.

Electronic UV Lamp Power Supply

Electric Power Supply

Electronic power supplies are used to provide a constant power to a UV system, independent of any fluctuation in the mains voltage. This provides protection to the UV lamps from power surges and ensures a consistent curing performance. Electronic power supplies provide reliable ignition to a range of lamp sizes and types.
An electronic power supply carries out the same function as traditional transformer or choke based power supplies, whilst generally being more power efficient, smaller in size and significantly lighter. They also provide an infinitely variable level of lamp power, as opposed to an incremental one, and can be easily incorporated into analogue or digital control systems.
The benefits of GCTC’s Lamp Driver’s reliability, high efficiency, and high power Factor, in combination with step-less dimming.
The wide input voltage range and constant power regulation of GCTC’s lamp driver in combination with the integrated communication intelligence will assure you the optimal UV output during lamp life.
Extensive field experience with a large number of GCTC’s Lamp Drivers with Medium Pressure lamps have demonstrated and proven high product reliability and increasing lamp life.

UV Integrator

UV Meter

Technical Data

Display : 6-digit LCD display, 0~999999mJ/cm2
Measuring range: 0-5000mW/cm²
Dimensions: 80W*145L*12T(mm)
Weight: 500g
Operating temperature: 0-50℃
Measuring spectral range: 250-410Nm
Casing: Aluminum chrome with stainless steel cover.

The visible light is only a small part of the electromagnetic radiation, the short-wave still visible light appears to us to be violet. When the wave-lengths are even shorter then we cannot see the radiation anymore, we are then within the range of the ultraviolet radiation approx. 254-380Nm. There are different UV rays: UV-A 318-380Nm UV-B 280-315Nm UV-C 254-280Nm
UV-Integrator I is intended for measuring the UV capacity of exposure installations. A measuring head is located at the area of the unit records UV emission in the spectrum range between 250~410Nm. The measurement can be ready directly on the LCD in mJ/cm², the I type is operated with a 3.6V lithium battery located inside the unit. By using special energy-saving circuits the battery will last for approx. 10000 hours and special filter glasses absorb the visible as well as the infrared range of emission s that measuring is only done in the spectral range required.

Teflon Conveyor Belt

PTFE coated Glass Fabric for Conveyor Belting

Most belts are made from electrical, premium or standard grade fabrics, especially where fabric weave impression is undesirable or where sticky or gummy materials are being conveyed. Industrial and mechanical grade PTFE coated conveyor belts are preferred where economy is more important than maximum resistance to chemicals or solvents. Crease and tear resistant PTFE coated conveyor belts are suggested for higher speeds such as for packaging belts.
Closed weave porous belts and open mesh PTFE belts are specified for applications where porosity is required as in drying applications (e.g. textile dryer belts) or microwave cooking ovens. Our anti-static range is used where static build up may occur such as in fuse press applications.

Teflon Mesh Belt

Screen Printing PTFE coated glass fabrics

GCTC is the market leader in Teflon conveyor belts, which are suitable for use in various ovens and curing equipment. Our company uses the professional equipment built by our own engineering team to custom design and produce all our belts.
The main material type used in these styles of conveyor belts is PTFE-coated open mesh. The mesh size ranges from 1mm to 5mm openings, of which 4mm is our most common. We can specify the standard brown or antistatic black type, depending on the type of dryer they are installed.
We produce belts with a maximum width of 5000mm in a mesh size of 4mm, which allows us to provide belts for most machine width conveyors on the market today.
We have installed many types of fasteners for conveyor-specific belts, including helical metal and soft materials, as well as Kevlar shaped bull nose rings. Both designs can achieve a strong joint and have maximum airflow, thereby maximizing the dryness of the entire belt surface.
Our Teflon conveyor belt can run in an environment of 260 ° C, and can use UV, IR and hot-air drying methods as the heat source.
We can provide a variety of different belt guide anti-overflow practice options, which can be installed on the edge of the belt to help constant belt positioning in the dryer. These anti-pass devices and practices are related to cost and usage, and can be specified in the design stage.

PTFE Mesh Conveyor Belt

Textile Garment Manufacture

PTFE Coated Glass Fabrics for use in Textile Manufacturing
Our PTFE coated fabrics have the following uses in textile production:

Conveyor belts for high temperature processing of natural and synthetic, knitted, *woven and non-woven textiles *Thermal bonding *Covers for drying cylinders
Lamination to foam and other polymeric sheeting *Cutting table covers
Apparel Fusion Machines

The main features are:

Non-stick
Ant-Static
Heat resistant
Smooth surface
Easily cleaned
Heat dissipation

(e.g. textile dryer belts) or microwave cooking ovens. Our anti-static range is used where static build up may occur such as in fuse press applications.

PTFE Food Conveyor Belt

Food & Beverage

Food Quality PTFE coated glass & aramid fabrics
Our PTFE coated fabrics are used in the following food processes:

Contact cooking
Cooling & freezing
Baking
Sterilizing
Drying, including vacuum drying
Sizing
Lining chutes
Vessel linings
Conveyor belting

They are suitable for use by the consumer as baking sheets, chip baskets, oven liners and BBQ，covers, among many other applications.
Features & benefits:

Non-stick
Non-toxic
Inert
Coatings comply with FDA and USDA regulations
Unaffected by microwaves
Easy clean
-150°C to +260°C range (please specify end use)

PTFE Mesh Belt

Electronics

Electronics PTFE coated glass and Kevlar fabrics
Our PTFE coated fabrics are used in the following Electronics processes:

Semi-conductor production
Capacitor and battery cell manufacture
Capacitor and battery cell manufacture
Wire and cable insulation
LCD & LED screen manufacturing
Telecommunications manufacture
PCB BGA Seal Circuit Board cleaning machine

Features & benefits:

Non-stick
Low friction
Microwaveable
Inert
Anti-static
Lightweight
Flexible
High tensile strength

Skived Finger Joint PTFE Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

The fabric ends are cut in a finger pattern, matched together, then hot pressed. With this kind of joint, the weld length is decisive for the tensile strength. The joint part is quite flat, and it has a good result in the transporting article that require a flat joint. Application industries including apparel fusion machines, food conveyors (ex. egg crust, Mexican crust pre-cooking automation equipment), electronic parts, etc.

Skived Joint PTFE Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

The ends of the fabric are skived to a wedge shape, one end of the belt from the top, the other from the underside, and bonded together using PFA film, heat and pressure. This is a very strong welding method, and offer a very smooth transition for the product to run on the machine.

Mechaical Fastener Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

Mechanical fasteners join or fasten two objects together mechanically. They are used in places where conveyor belts must be changed regularly or for applications where the belt needs to be replaced quickly. However, the mechanical fastener is a vulnerable part of the belt and may have openings where dirt can enter, so this is not a preferred solution for many applications.

Sliced Fabric Overlap Joint Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

Butt joint is made by placing the two ends of a belt together and applying a certain wide piece of material underneath. This is then welded together ensuring the top surface is neat. Butt Belt Joints tend to be manufactured prior to fitting on the machine and are manufactured using a strap on the underside to offer additional strength. This method is a simple but very effective on making a belt endless at customer’s site. In the meantime, it can be an idea for machine isn’t easy to unassembled for belt replacement.

Plastic Spiral Peek Fastener For Mesh Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

With pre-inserted staples and a one-piece strip design, which Hinged and Stapled Fasteners makes splicing quick and easy (allows for quicker installation and easy change). The joint portion is flexible and it is made with special plastic material which allows you to use it in a certain high temperature environment, please contact us for more details.

Castelled Joint of PTFE Coated Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

A castellated joint is made by creating interlocking loops from PTFE coated Kevlar materials. The two ends can then be connected together with a metal or peek pin. This method is easy to install on the machine while it has a feature of more flat than spiral peek joint method.

Overlap Joint of PTFE Coated Glass Fabric Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

Overlap Belt Joints – Overlap joints are a simple and easy joint to use where having an even surface is not critical. Overlap splices are the most popular type used in the industry and can be enhanced with molding for food processing applications. Overlap ranges from 25 mm to 140mm, with directional belt angles of 30, 45, 60, and 90 degrees. This type of joint can easy be made on a machine where the belt needs to be fitted onsite.

Finger Cut Joint of PTFE Conveyor Belt

Joining methods for Teflon Conveyor belts & power transmission belts

We recommend the overlapped finger joint. As in this case, the ends to be joined are split into layers. Next, fingers are punched into the ends, which are then tacked together and welded under pressure and heat into an endless belt.
Again, the double-layer fabric is applied from the beginning to the end, using high temperature and pressure, so the tensile strength of the belt will be improved and it is especially suitable for conveyors with small wheel diameters, such as continuous sealing machinery and toilet paper packaging machinery.

Edge Skived Joint For Ultra Smooth Conveyoring

Edging reinforcement and Tracking types

GCTC provide most of kinds of processing solutions to strengthen the edge of the conveyor belt, mainly to provide the anti-resistance feature and service life time of the belt. The most common way is to use a Teflon film to cover the edge for 1- inch width, and then place under the laminating machine with high temperature and pressure to cover the edge perfectly. Alternative way is using a piece of glass Fiber fabrics sewing onto the edges. To prevent direction shift t you can choose Kevlar or silicone rope to form the guide rope and sew it at a distance of 1/2" from the edge. This is a customized option. The following pictures and abbreviations are available for your reference.

Edge reinforcement - Teflon Glass Fabric Edging

Tracking Kevlar Rope

Silicone Tracking Rope

Tracking Eyelet

PTFE Heat Shrinking Belt For Toilet Paper Pack Packaging

Heat Sealing PTFE coated fabric paper packaging belt

Our PTFE（Teflon）coated fabrics have the following uses in heat sealing applications:

Side sealer belts for polythene（PE）packaging
Mesh belts for heat shrink tunnels
Release fabrics for uPVC welding platens
Non-stick fabrics for covering hot wire sealing processes

Features & Benefits:

Low friction
Non-stick
High temperature resistance
Heat transfer
High tensile strength Flexible

Portable Heat Sealers

PTFE (Teflon) Fabric Belt processing related materials

GLORYCITY supply portable heat sealers specially designed to seal PTFE (Teflon) coated glass fabrics as belts with temperature controller (temperature up to 500℃)，it is portable design which is especially convenience for working the site of customer. These heat sealers are customized set, please specify your need of dimensions of width in order to obtain the most suitable heat sealer.

Bonding Films

PTFE (Teflon) Fabric Belt processing related materials

We also provide the associated materials for PTFE (Teflon) coated glass belt processing; such as heat bonding PFA or FEP films, insulating boards, Kapton film. With our specialized equipment and processes, we can provide tight tolerances and fast setup services to meet your needs. We can fill large quantity orders as well as small prototype runs—and can do so with quick, two- to three-day turn arounds. Please specify the dimensions on ordering.

Kevlar Fiber Rope For Conveyor Tansmission Guiding Process

PTFE (Teflon) Fabric Belt processing related materials

We also provide the associated materials for PTFE (Teflon) coated glass belt processing; such as Kevlar sewing yarns and tracking ropes in variety dimensions； Kevlar tracking rope is a brilliant idea to get straight and smooth belt running conditions, Please specify the dimensions on ordering, we always keep the most common using dimensions as 3.5mm, 4.0mm & 5.0mm on stocks.

Glass Fabric Adhesive Tape

PTFE Coated Glass Fabric Adhesive Tape

PTFE coated glass with pressure sensitive silicone adhesive applied to one side, available with a release liner or as self-wound, supplied between 5mm and 1010mm wide.
Woven glass fabric coated with PTFE (polytetrafluoroethylene) and silicone pressure sensitive adhesive which provides an excellent release surface for a diversity of industrial applications requiring high temperature, electrical resistance, mechanical strength, fire retardancy and cost effectiveness.
These tapes are produced with silicone pressure sensitive adhesive which have a continuous operating temperature range between -72 ℃to +260℃.
These tapes are frequently used in Heat Sealing applications with the packaging industries:

Side Sealers
Impulse Sealers
Blister Packs
Fill & Form Sealers
L Bar Sealers

The most popular items which we keep in our warehouse in case to provide the fastest delivery.

0.13mmt PTFE Selfwound Tape

Non-stick, one side adhesive, PTFE coated glass fabric

Technical Data Sheet

Typical Properties	Nominal Values	Test method
Coated fabric Thickness (mm)	0.076
Coated Fabric Weight (g/m²)	130
% PTFE coated	63
Adhesive Weight (g/m²)	55
Warp Tensile Strength (N/5cm)	1000	RS3424 : Part 4
Warp Tongue Tear Strength (N)	15	RS3424: Part 5
Coating Adhesive (N/5cm)	N/A	RS3424 : Part 7
Peel Adhesion (N/2.5cm)	12	BS ENISO 28510:1993
Surface Resistance ( /m²)	Insulative
Operating Temperature (℃)	-72 ~ +260

0.18mmt PTFE Selfwound Tape

Non-stick, one side adhesive, coated glass fabric

Technical Data Sheet

Typical Properties	Nominal Values	Test method
Coated fabric Thickness (mm)	0.08
Coated Fabric Weight (g/m²)	150
Adhesive Weight (g/m²)	55
Warp Tensile Strength (N/5cm)	1000	RS3424 : Part 4
Warp Tongue Tear Strength (N)	15	RS3424: Part 5
Coating Adhesive (N/5cm)	N/A	RS3424 : Part 7
Peel Adhesion (N/2.5cm)	12	BS ENISO 28510:1993
Surface Resistance ( /m²)	Insulative
Operating Temperature (℃)	-72 ~ +260

0.25mmt PTFE Selfwound Tape

Non-stick, one side adhesive, coated glass fabric

Technical Data Sheet

Typical Properties	Nominal Values	Test method
Coated fabric Thickness (mm)	0.142
Coated Fabric Weight (g/m²)	290
% PTFE coated	64
Adhesive Weight (g/m²)	55
Warp Tensile Strength (N/5cm)	1600	RS3424 : Part 4
Warp Tongue Tear Strength (N)	23	RS3424: Part 5
Coating Adhesive (N/5cm)	N/A	RS3424 : Part 7
Peel Adhesion (N/2.5cm)	12	BS ENISO 28510:1993
Surface Resistance ( /m²)	Insulative
Operating Temperature (℃)	-72 ~ +260

PTFE Anti Static Selfwound Tape

Non-stick, tear resist, coated glass fabric

Technical Data Sheet

Typical Properties	Nominal Values	Test method
Coated fabric Thickness (mm)	0.076
Coated Fabric Weight (g/m²)	126
% PTFE coated	60
Adhesive Weight (g/m²)	260
Warp Tensile Strength (N/5cm)	1600	RS3424 : Part 4
Warp Tongue Tear Strength (N)	50	RS3424: Part 5
Coating Adhesive (N/5cm)	N/A	RS3424 : Part 7
Surface Resistance ( /m²)	Insulative
Operating Temperature (℃)	-72 ~ +260

PTFE Coated Glass Fiber Mesh Fabric

PTFE coated glass Fabrics

PTFE coated glass and aramid fabrics that offer a wide range of useful physical properties, no other plastics material can match tis combination of properties.

High temperature resistance (-70℃~+260℃)
Low friction
Outstanding dielectric strength
Excellent chemical resistance
Inherent strength & flexibility
Non-toxic
Non-stick
Excellent release
Resistance to UV and HF

Silicone Rubber Coated Glass Fabric

Silicone rubber coated glass fabric

GCTC supply silicone coated fabrics exhibit very similar properties to PTFE fluorocarbon resin and PTFE coated fabrics:

Excellent Release properties up to 230°C
Silicone coated surfaces exhibit excellent release characteristics and will release adhesive and viscous materials which often adhere to a PTFE fluorocarbon resin.
Good Chemical Resistance
Silicone coated fabrics exhibit high resistance to attack from mild alkali, non-oxidizing acids, most salts, mineral lubricating oil, air, moisture and sunlight.
Superior Abrasion Resistance and Flex
Silicone coated fabrics offer a tough coated surface with high abrasion and flex resistance. Silicone coated fabrics, however do not exhibit the low friction surfaces or self- lubricating properties of fluorocarbon resins.
Super Dielectric Properties
Silicone coated fabrics are excellent electrical insulators in tough environments.

Food Grade Conveyor Belt

Food Grade PTFE coated glass fabric

Food grade, new development Non-stick PTFE coated, closed weave glass fabric is specially design for food cooking industry as delivering innovative customer solutions is our goal. Our food grade fabric is delivering with core characteristics:

High release non- stick surface
Temperature resistance (-73C to +260C)
Outstanding chemical resistance
Excellent fire resistance
Superior electrical properties
Water repellent & anti-staining coatings
Food approved coatings

Food Grade PTFE Coated Baking Sheet

PTFE coated glass baking fabric

Baking Sheets & Food Preparation
GCTC offers a material suitable for baking sheets for domestic or industrial purposes.
The baking sheet has been designed with the domestic/consumer market in mind. With its ultra-smooth, non-stick surface, even the stickiest foods are sure to lift clean away. These sheets are long-lasting and can be used in the hottest oven or microwave, up to 260°C. The special PTFE coated surface ensures the baking sheet can be used over and over again. Our products can be used for food preparation, lining cake tins, roasting tins, grill pans, baking trays, and even frying pans.
Depending on your preference, products include GC076G (76 microns) and GC013G (127 microns).

Our baking fabric is ideal for cooking buns, cakes, meringues, sticky pastries, biscuits, pizzas and oven chips.
To use any of our baking fabric just simply cut the sheet to the right size and position directly on the baking tray or pan. Then simply place the food on the sheet and cook as usual. After use, wipe clean or wash in warm soapy water. Store flat or rolled, please do not crease.

No pre-greasing or flouring necessary
Simply cut to size with a knife
Environmentally friendly
Easy wipe/wash clean
Dishwasher safe
Fat free cooking
Long lasting

Silicone Baking Mat

SILICONE BAKING MAT – A must-have kitchen baking accessories for any baker, these silicone baking mats are made with high strength glass fiber grid fabric as substrate and coated with silicone resin as baking sheets provide even heat distribution for food that helps you cook foods more efficiently and get higher-quality baking like a pro.
HEALTHY, NON-STICK COOKING SURFACE – these silicone sheets for baking has premium silicone, and fiberglass design that provides consistent heat distribution and promotes even baking, withstanding temperatures from -40℃to +250 ℃
to make it easier to bake cookies, candies, meats, or even fruits and vegetables without relying on unhealthy flour, fats, oils, or sprays.
PROFESSIONAL RELIABLE QUALITY – Made of food-grade silicone, this silicone baking sheet can be used for baking foods, kneading or rolling dough, creating crispy pizza or French fries, and making healthier foods for you, your family, and your guests with long-lasting reliability.
WASHABLE AND REUSABLE – Our non-stick baking sheet for oven use can be wiped clean with soap water or placed in the top rack of the dishwasher, making it easier to clean and reuse for breakfast, lunch, or dinner recipes. Easily to replace the traditional baking paper and spend no time for cleaning baking trays, our silicone mat makes your nonstick baking easier!
100% SATISFACTION SERVICE – What we want to provide with you is the best silicone cooking sheet with trusted customer service. Any questions, please do not hesitate to contact us, we will make you 100% satisfaction. Meanwhile, we can also provide customized sizes, colors and logos.

Typical Properties	Nominal Values
Thickness (mm)	0.63
Weight (g/m²)	916
Appearance	Butter White Food Grade
Coating (%)	36
Warp Tensile Strength (N/cm)	N/A
Warp Tear Resistance (N/cm)	N/A
Silicone Adhesion (KN/m)	17
Surface Resistance @100V (Ω/Sq)	Insulative
Operating Temperature (℃)	-20to +230