Shree Shyam Corporation

PTFE Coated Fiberglass Fabric with standard formulation and percentage of PTFE content, provides a cost effective alternative to Premium grade series used for variety of industries and general purpose application, still maintaining good heat transfer, release property & flexibility.

Properties:

• High release from sticky materials 'Non- stick' smooth surface
• Operating temperature range -73 Deg C to +260 Deg C
• Excellent chemical resistance
• High electrical insulative and dielectric properties
• Dimensional stabilities under heat and pressure
• Low electrical losses
• Mildew and fungus resistance
• Ultra-Violet, infra-Red, Micro-wave, radio frequency resistance

Applications:

• Abrasive: During the manufacturer of Grinding Wheels our PTFE or Glass Fabrics are used as a separator in place of traditional Aluminium plate. On account of Non-stick surface, less thickness and weight, more number of disc are able to cure at a time. Cost of PTFE or Glass fabric is very nominal when compare with Aluminium sheet.
• Aerospace: Designed to be ‘Breathable’ without sacrificing the non-stick properties of PTFE , our porous grade allows products to cure and outgas through the fabric. Porous bleeder material used as release fabric in vacuum molding.
• Conveyor Belts: PTFE or Glass Fabric is engineered to make conveyor belts for various application in Food, Textiles & Garments, UV & IR Curing systems, Extrusion, Packaging, Chemical and many more applications are being developed day by day.
• Food Processing: PTFE or Glass Fabric belts are used for transporting Quick Frozen Foods through freezing chambers and bakery items i.e. biscuits, Confectionery items, Tortilla Industry, Drying Fruits, Tray for Baking products etc.
• Packaging: It is used for Heat Sealing applications like LDPE pouches, all kinds of dairy products. PE bags, Stationary and books packaging through shrink tunnels. Conveyor Belts on Acma – Wrap machines for detergent and soap cake packing. PTFE or 2ply Glass Fabric belts are used in continuous sealers. 
• Photovoltaic/Solar: High gloss and very smooth surface PTFE Coated glass fabrics up to 2500 mm wide,This can be used as belting material during solar module lamination process. PTFE Fabrics used as released products (sheets & belts) in the vacuum lamination process of rigid or flexible photovoltaic modules.

PTFE Coated Fiberglass Fabric with standard formulation and percentage of PTFE content, provides a cost effective alternative to Premium grade series used for variety of industries and general purpose application, still maintaining good heat transfer, release property & flexibility.

Properties:

• High release from sticky materials 'Non- stick' smooth surface
• Operating temperature range -73 Deg C to +260 Deg C
• Excellent chemical resistance
• High electrical insulative and dielectric properties
• Dimensional stabilities under heat and pressure
• Low electrical losses
• Mildew and fungus resistance
• Ultra-Violet, infra-Red, Micro-wave, radio frequency resistance

Applications:

• Abrasive: During the manufacturer of Grinding Wheels our PTFE or Glass Fabrics are used as a separator in place of traditional Aluminium plate. On account of Non-stick surface, less thickness and weight, more number of disc are able to cure at a time. Cost of PTFE or Glass fabric is very nominal when compare with Aluminium sheet.
• Aerospace: Designed to be ‘Breathable’ without sacrificing the non-stick properties of PTFE , our porous grade allows products to cure and outgas through the fabric. Porous bleeder material used as release fabric in vacuum molding.
• Conveyor Belts: PTFE or Glass Fabric is engineered to make conveyor belts for various application in Food, Textiles & Garments, UV & IR Curing systems, Extrusion, Packaging, Chemical and many more applications are being developed day by day.
• Food Processing: PTFE or Glass Fabric belts are used for transporting Quick Frozen Foods through freezing chambers and bakery items i.e. biscuits, Confectionery items, Tortilla Industry, Drying Fruits, Tray for Baking products etc.
• Packaging: It is used for Heat Sealing applications like LDPE pouches, all kinds of dairy products. PE bags, Stationary and books packaging through shrink tunnels. Conveyor Belts on Acma – Wrap machines for detergent and soap cake packing. PTFE or 2ply Glass Fabric belts are used in continuous sealers. 
• Photovoltaic/Solar: High gloss and very smooth surface PTFE Coated glass fabrics up to 2500 mm wide,This can be used as belting material during solar module lamination process. PTFE Fabrics used as released products (sheets & belts) in the vacuum lamination process of rigid or flexible photovoltaic modules.

We Are manufacturing Fusing Belt To Our Customers.

PTFE Coated Fiber Glass Fusing Belt Conductive Black Colour
0.35 Mm And 0.25 Mm Thick
With Joint And Witout Joint Endless

PTFE is a fluoropolymer having unique properties, Fiberglass is strong light weight material. Combination of both material, when Glass Fiber is coated with PTFE produces combined excellent properties.

• Chemically Inert
• Non-Stick, Non-Toxic & Food Grade
• Un-affected by UV, IR & High Frequency
• High Tensile Strength with low elongation at break

SSC is also the name of leadership in manufacturing of high performance process belts. Our industrial Conveyor Belts combines the excellent properties of these two extraordinary material, PTFE & Fiberglass

We offer below different types of belt Splice:

• Overlap splice: Belts end are cut straight or angularly at different angle overlapped to 25 mm to 100 mm and heat sealed. It gives a very strong joint. Strength of joint is more than the basic fabric strength. This joint makes the belt endless.
• Butt Splice: Both ends of the belts are cut straight or at different angles and butted together and the piece of PTFE/ Glass fabric of same or greater thickness is fused at the underside of the belt to get a smoother surface on top. Sometimes a piece of thin fabric is fused on the top side to protect the joint. This makes the belt endless.
• Two Ply Belt Splice: Two layer of PTFE/Glass cloth are laminated with staggered joint to achieve uniform thickness of the belt all over the belt length, to make a strong and endless belt.
• Smart Loop (Bullnose): A Leno woven fabric with braided thin Kevlar rope in fill direction which forms the loop, is used as a splice. This is stitched on both ends of leno woven mesh belt and a mono peak pin is used to complete the joint. This splice offers maximum airflow & flexibility at jointed portion. This makes the belt open ended.
• Metallic Alligator Splice: This is a strong metallic splice where metallic alligator is fixed on both ends of the belt & connected by a metallic pin to complete the joint. This makes the belt open ended. Open end belts are required where it is difficult to dismantle the machine & install the belt.
• Finger Splice: In this splice, small fingers are cut by a template at both ends of the belt and fixed in the alternative grooves and a piece of PTFE Coated Fiberglass Fabric is heat sealed on the top & bottom side of the joint to make it endless. It is an improvised butt joint which provides flexibility to run belt even at the smaller diameter of rollers of machine.
• Castellated Seal Splice (Fabric – Pin Splice): Small dimension of fabric, heat sealed on both edges of the belt is cut alternatively to make hinges like fixing. A non- metallic pin is inserted to complete the joint. This belt is used where use of metal is undesirable.
• Edge Reinforcement: Both edges of the belt need protection from tearing while running and coming in contact with metallic components. Skived PTFE Film or PTFE coated Fiberglass cloth is fused on both edges or stitched by 100% PTFE Thread.

Belt Tracking System:

• Guide Button: Made of SS or Brass or PTFE studs are fixed on one side or both side of the belt at a fixed pitch and center distance width wise which run in the groove of the drive and driver roller to control the belt running straight on the machine. This is suitable for smaller width & shorter length belt.
• Braided Kevlar Profile: This is stitched at one edge of the belt which runs in the groove of the roller for keeping the belt in straight course.