Vulcanized Fiber Cores,Vulcanized Fiber Tube, Vulcanised Fibre Tube, Fuse Tube, Fishpaper Distributor ,Manufacturers Vulcanized Fiber Suppliers Distributors Exporter
Vulcanized fibre is a laminated plastic composed of only cellulose. Vulcanized fibre is a tough, resilient, hornlike material that is lighter than aluminium, tougher than leather, and stiffer than most thermoplastics. Vulcanized fiber (fish paper) tubing is produced from a cotton rag base paper. This is a dense material of partially regenerated cellulose in which the fibre structure is retained. Tubing has a red ,black,grey, blue-grey color.
www.chinavft.com,www.allinsulating.com,www.fusestube.com ,salefiber@yahoo.com,whatapp:+8615950042209 to get more msm and free samples
Vulcanized fiber has a tensile strength 80 times that of kraft. Its high strength is very useful for mechanical applications such as winding heavy wire or wire under tension. It has good arc quenching ability as well as excellent abrasion resistance. It is a tough, stiff material.
Vulcanized fibre can be machined in much the same way as other plastics. It can easily be formed, bent, sawed, sheared, punched, milled, turned, and drilled. Applications should be limited to temperatures below 425 degrees F.
Minimum Wall Thickness: .010"
Tubing: from .125 I.D. to 3.000" O.D
color:red ,black,grey, blue-grey color
Suggested Uses: Battery covers, grommets, sole-noids, capacitor covers, pilot light shields, protecting covers, motor shaft spacers, ignition coils, DC coils, relays, fuses.Transformer insulation,Switch insulation,Fuse Cartridges
weihe electric
2017年10月6日星期五
what are VULCANIZED FIBER ?where use on ?
what are VULCANIZED FIBER ?where use on ?
Vulcanized fiber is a pure, dense, cellulosic material with good electrical insulating properties and high mechanical strength. It is half the weight of aluminum, easily machined and formed, and is used for parts such as for barriers, abrasive-disk backing, high-strength bobbin heads, materials-handling equipment, railroad-track insulation, and athletic guards.
orms
Most manufacturers provide vulcanized fiber in the form of sheets, coils, tubes, and rods. Sheets are made in a thickness of 0.06 to 50.8 mm, approximately 1.2 x 2 m in size, or in rolls and coils from 0.06 to 2.3 mm thick. Tubes are made in the outside diameter range of 4.7 to 111.5 mm, and rods are produced 2.3 to 50.4 mm in diameter.
Sheets can be machined and formed to produce a variety of useful shapes for insulating or shielding purposes. Sheets, tubes, and rods can be machined using standard practices for cutting, punching, tapping, milling, shaping, sanding, etc.
Properties
Vulcanized fiber possesses a versatile combination of properties, making it a useful material for practically all fields. It has outstanding arc resistance, high structural strength per unit area, and can be formed and machined. In thin sections it possesses high tear strength, smoothness, and flexibility. In heavier thicknesses it resists repeated impact and has high tensile, flexural, and compressive strength.
The material is unaffected by normal solvents, gasoline, and oils, and therefore is recommended for applications where a structural support is required in the presence of these materials.
Moisture absorption is high and dimensional stability is affected by conditions of humidity when not protected by moisture-resistant coatings.
Vulcanized fiber is produced in 13 basic grades and numerous special grades to meet specific application requirements.
Applications
Vulcanized fiber serves as the insulating material in a signal block for railroad track insulations. At the end of a signal station, the rails are completely insulated from the next adjoining section to form what is termed a block. The two meeting rails and the coupling fixtures are insulated with formed parts made from vulcanized fiber. This junction is effective while absorbing the repeated impact from trains under all weather conditions.
Vulcanized fiber offers durability, ease of fabricating, excellent wear characteristics, and lightness of weight for materials-handling and luggage applications. The materials-handling equipment resists scuffing, battering, denting, rusting, and other general wearing conditions and provides protection by its hardness and resilience.
Formed pieces of vulcanized fiber offer outstanding service as arc barriers in circuit breakers. The arc-resistant properties of vulcanized fiber prevent a breakdown when the circuit breaker is subjected to an overload. The formed barrier is tested to take higher electrical loads than the maximum that can be produced by the circuit and, since repeated circuit breaks will not affect the performance of vulcanized fiber, the need for replacement is negligible.
Peerless control tape is used for programming data, processing equipment, or automatic machining equipment. The special properties that give this material outstanding service life are high tensile strength, high tear strength, low stretch, and good abrasive resistance.
Flame-resistant vulcanized fiber gives designers a structural material that can be used in those applications requiring a nonburning material and reduces fire hazards by containing a fire at its source. Flame-retardant parts serve as barriers in electrical equipment, materials-handling equipment, and wastebaskets.
Chemistry
Vulcanized fiber is produced by the chemical action of zinc chloride solution on a saturating grade of absorbent paper when processed under heat and pressure. The action of the zinc chloride converts the cellulosic fibers to a dense, homogeneous structure producing a laminated material that is refined to a chemically pure form. Final processing consists of drying to the proper moisture content and applying the proper calender to give smoothness and uniformity of thickness.
Grades
The 13 basic grades are as follows:
Electrical insulation grade. Primarily intended for electrical applications and others involving difficult bending or forming operations. It is sometimes referred to as "fish paper."
Commercial grade. Considered to be the general-purpose grade, sometimes referred to as "mechanical and electrical grade." It possesses good physical and electrical properties and fabricates well.
Bone grade. Characterized by greater hardness and stiffness associated with higher specific gravity. It machines smoother with less tendency to separate the plies in the machining operations.
Trunk and case grade. Conforms to the mechanical requirements of "commercial grade," but has better bending qualities and smoother surface.
Flexible grade. Made sufficiently soft by incorporating a plasticizer, it is suitable for gaskets, packings, and similar applications. It is not recommended for electrical use.
Abrasive grade. Designed as the supporting base for abrasive grit for both disk and drum sanders. It has exceptional tear resistance, ply adhesion, resilience, and toughness.
White tag grade. It has smooth clean surfaces and can be printed or written on without danger of ink feathering.
Bobbin grade. Used for the manufacture of textile bobbin heads. It punches well under proper conditions, but is firm enough to resist denting in use. It machines to a very smooth surface.
Railroad grade. Used as railroad track joint, switch rods, and other insulating applications for track circuits.
Hermetic grade. Used as electric-motor insulation in hermetically sealed refrigeration units. High purity and low methanol extractables are essential because it is immersed in the refrigerant.
White grade. Recommended for applications where whiteness and cleanliness are essential requirements.
Shuttle grade. Designed for gluing to wood shuttles to withstand the repeated pounding received in textile power looms.
Pattern grade. Made to provide maximum dimensional stability and minimum warpage for use as patterns in cutting cloth, leather, and similar materials
www.chinavft.com,www.allinsulating.com,www.wellele.com , Vulcanized Fiber Manufacturers Suppliers Distributors Exporter ,email
:salefiber@yahoo.com,whatapp:+8615950042209 to get more msm and free samples.
Minimum Wall Thickness: .010" to 2.4"
size:Roll 48“, sheet:1000*1200,1200*1600
color:red ,black,grey, green,white
Vulcanized fiber is a pure, dense, cellulosic material with good electrical insulating properties and high mechanical strength. It is half the weight of aluminum, easily machined and formed, and is used for parts such as for barriers, abrasive-disk backing, high-strength bobbin heads, materials-handling equipment, railroad-track insulation, and athletic guards.
orms
Most manufacturers provide vulcanized fiber in the form of sheets, coils, tubes, and rods. Sheets are made in a thickness of 0.06 to 50.8 mm, approximately 1.2 x 2 m in size, or in rolls and coils from 0.06 to 2.3 mm thick. Tubes are made in the outside diameter range of 4.7 to 111.5 mm, and rods are produced 2.3 to 50.4 mm in diameter.
Sheets can be machined and formed to produce a variety of useful shapes for insulating or shielding purposes. Sheets, tubes, and rods can be machined using standard practices for cutting, punching, tapping, milling, shaping, sanding, etc.
Properties
Vulcanized fiber possesses a versatile combination of properties, making it a useful material for practically all fields. It has outstanding arc resistance, high structural strength per unit area, and can be formed and machined. In thin sections it possesses high tear strength, smoothness, and flexibility. In heavier thicknesses it resists repeated impact and has high tensile, flexural, and compressive strength.
The material is unaffected by normal solvents, gasoline, and oils, and therefore is recommended for applications where a structural support is required in the presence of these materials.
Moisture absorption is high and dimensional stability is affected by conditions of humidity when not protected by moisture-resistant coatings.
Vulcanized fiber is produced in 13 basic grades and numerous special grades to meet specific application requirements.
Applications
Vulcanized fiber serves as the insulating material in a signal block for railroad track insulations. At the end of a signal station, the rails are completely insulated from the next adjoining section to form what is termed a block. The two meeting rails and the coupling fixtures are insulated with formed parts made from vulcanized fiber. This junction is effective while absorbing the repeated impact from trains under all weather conditions.
Vulcanized fiber offers durability, ease of fabricating, excellent wear characteristics, and lightness of weight for materials-handling and luggage applications. The materials-handling equipment resists scuffing, battering, denting, rusting, and other general wearing conditions and provides protection by its hardness and resilience.
Formed pieces of vulcanized fiber offer outstanding service as arc barriers in circuit breakers. The arc-resistant properties of vulcanized fiber prevent a breakdown when the circuit breaker is subjected to an overload. The formed barrier is tested to take higher electrical loads than the maximum that can be produced by the circuit and, since repeated circuit breaks will not affect the performance of vulcanized fiber, the need for replacement is negligible.
Peerless control tape is used for programming data, processing equipment, or automatic machining equipment. The special properties that give this material outstanding service life are high tensile strength, high tear strength, low stretch, and good abrasive resistance.
Flame-resistant vulcanized fiber gives designers a structural material that can be used in those applications requiring a nonburning material and reduces fire hazards by containing a fire at its source. Flame-retardant parts serve as barriers in electrical equipment, materials-handling equipment, and wastebaskets.
Chemistry
Vulcanized fiber is produced by the chemical action of zinc chloride solution on a saturating grade of absorbent paper when processed under heat and pressure. The action of the zinc chloride converts the cellulosic fibers to a dense, homogeneous structure producing a laminated material that is refined to a chemically pure form. Final processing consists of drying to the proper moisture content and applying the proper calender to give smoothness and uniformity of thickness.
Grades
The 13 basic grades are as follows:
Electrical insulation grade. Primarily intended for electrical applications and others involving difficult bending or forming operations. It is sometimes referred to as "fish paper."
Commercial grade. Considered to be the general-purpose grade, sometimes referred to as "mechanical and electrical grade." It possesses good physical and electrical properties and fabricates well.
Bone grade. Characterized by greater hardness and stiffness associated with higher specific gravity. It machines smoother with less tendency to separate the plies in the machining operations.
Trunk and case grade. Conforms to the mechanical requirements of "commercial grade," but has better bending qualities and smoother surface.
Flexible grade. Made sufficiently soft by incorporating a plasticizer, it is suitable for gaskets, packings, and similar applications. It is not recommended for electrical use.
Abrasive grade. Designed as the supporting base for abrasive grit for both disk and drum sanders. It has exceptional tear resistance, ply adhesion, resilience, and toughness.
White tag grade. It has smooth clean surfaces and can be printed or written on without danger of ink feathering.
Bobbin grade. Used for the manufacture of textile bobbin heads. It punches well under proper conditions, but is firm enough to resist denting in use. It machines to a very smooth surface.
Railroad grade. Used as railroad track joint, switch rods, and other insulating applications for track circuits.
Hermetic grade. Used as electric-motor insulation in hermetically sealed refrigeration units. High purity and low methanol extractables are essential because it is immersed in the refrigerant.
White grade. Recommended for applications where whiteness and cleanliness are essential requirements.
Shuttle grade. Designed for gluing to wood shuttles to withstand the repeated pounding received in textile power looms.
Pattern grade. Made to provide maximum dimensional stability and minimum warpage for use as patterns in cutting cloth, leather, and similar materials
www.chinavft.com,www.allinsulating.com,www.wellele.com , Vulcanized Fiber Manufacturers Suppliers Distributors Exporter ,email
:salefiber@yahoo.com,whatapp:+8615950042209 to get more msm and free samples.
Minimum Wall Thickness: .010" to 2.4"
size:Roll 48“, sheet:1000*1200,1200*1600
color:red ,black,grey, green,white
vulcanized Fiber tubing ,FUSE TUBE liner,Vulcanised Fibre tubing,fishpaper tube ,vulcanized paper tube
vulcanized Fiber tubing ,FUSE TUBE liner,Vulcanised Fibre tubing,fishpaper tube ,vulcanized paper tube ,http://www.fusestube.com,http://www.vulcanizedfiber.cn weihe ALLINSULATING.com,EM SALEFIBER@YAHOO.com manufacture vulcanized fiber tube ,vulcanized paper tubing,Vulcanized Fibre bushing ,fishpaper tubes ,FILAMENT WOUND tubing SYNTHETIC FUSE TUBE,tubes vulcanized fibre tube is similar in characteristics and general properties to sheet fibre. Tubes are manufactured by winding chemically treated paper on mandrels to the desired wall thickness. They are then pured, dried, rolled, ground and sanded. This manufacturing process gives fibre tube a slightly higher density than sheet fibre.ulcanized fibre tubes have good mechanical and dielectric strength, arc resistance, arc quenching characteris tics, and excellent machining, forming and spinning qualities,Applications
Fuse cartridges, plugs, insulators, liners, grommets, and bushings.Color
Grey, black, red, whiteLength
Approximately 2' long for inside diameters up to 3/8". Approximately 4' long for inside diameters over 3/8,competitive quote in china . more know of us look at we www.CHINAVFT.com ,www.ALLINSULATING.com ,
Fuse cartridges, plugs, insulators, liners, grommets, and bushings.Color
Grey, black, red, whiteLength
Approximately 2' long for inside diameters up to 3/8". Approximately 4' long for inside diameters over 3/8,competitive quote in china . more know of us look at we www.CHINAVFT.com ,www.ALLINSULATING.com ,
vulcanized fiber tube fusion tube
vulcanized fiber tube fusion tube ,http://www.fusestube.com ,fusestube@gmail.com , Vulcanized fiber tube fusion tube is formed through the high-temperature curing of the alkali-free glass fiber impregnated epoxy resin and wrapped around the vulcanized fiber tube. The inner tube is a vulcanized fiber tube, and the outer tube is a fiberglass reinforced plastic layer. The inner tube (vulcanized fiber tube) in the operation will generate the gas and extinct the arc, and the outer tube (fiberglass reinforced plastic layer) performs the strengthening, insulation and waterproofing. Glass fiber reinforced plastic layer is coated with a layer of ultraviolet-proof paint
Teflon Sleeving ,Teflon tube sleeve Medica Grade Teflon Sleeving PTFE Teflon Heat Shrink ,PTFE Teflon Heat Shrink
Teflon Sleeving ,Teflon tube sleeve
Medica丨Grade Teflon Sleeving
PTFETeflon Heat Shrink ,PTFE Teflon Heat Shrink http://sleevings.cn ,sleevecn@gmail.com Suzhou Xinray Electronic Material Co., Ltd and suzhou aokeray electronic Co.,Ltd specialized in researching, developing, manufacturing and marketing insulated sleeving. The products are widely used in the electronic, the electric power, the domestic appliances, the computer, the motorcycle, the shipbuilding, the aviation, the communication, the war industry and industry such as the medical treatment and the energy conservation.
tube on
The main products include the PTFE/FEP/PVDF/PFA Teflon insulated sleeving,PTFE/FEP/PVDF/PFA Teflon heatshrinkable insulated sleeving, PE heat-shrinkage sleeving, PVC insulated sleeving, silicone rubber heat- shrinkage sleeving, and silicone mbber insulated sleeving, 3: 1 double-wall water proof heat-shrinkage sleeving, 2: 1 double-wall water proof heat-shrinkage sleeving, 3: 1 PE halogen-free eco-friendly heat-shrinkage sleeving, yellow and green colors heat-shrinkage sleeving, silicone fiberglass sleeving, fiber inside and rubber outside sleeving, rubber inside and fiber outside sleeving, high-voltage 10KV-35KV heat-shrinkage sleeving, extension tube, high-temperature sleeving, motor sleeving, compressor sleeving, the sleeving for the LED light and so on.
Over the years, under the principle of w teamwork and hard-working'1, our products have been passed the quality testing of national electric power and electrical device quality test center, the National Compulsory Products Certification, the KEMA, the America UL and the environmental protection of Great Britain SGS.
At present, the business in all departments is developing on a high-speed rate. With the spirit of dedication, innovatiorT and the work style of being 揺fficient, communicative, outstanding' all the staff will serve the old and new customers with the best products and the best service.
Medica丨Grade Teflon Sleeving
PTFETeflon Heat Shrink ,PTFE Teflon Heat Shrink http://sleevings.cn ,sleevecn@gmail.com Suzhou Xinray Electronic Material Co., Ltd and suzhou aokeray electronic Co.,Ltd specialized in researching, developing, manufacturing and marketing insulated sleeving. The products are widely used in the electronic, the electric power, the domestic appliances, the computer, the motorcycle, the shipbuilding, the aviation, the communication, the war industry and industry such as the medical treatment and the energy conservation.
tube on
The main products include the PTFE/FEP/PVDF/PFA Teflon insulated sleeving,PTFE/FEP/PVDF/PFA Teflon heatshrinkable insulated sleeving, PE heat-shrinkage sleeving, PVC insulated sleeving, silicone rubber heat- shrinkage sleeving, and silicone mbber insulated sleeving, 3: 1 double-wall water proof heat-shrinkage sleeving, 2: 1 double-wall water proof heat-shrinkage sleeving, 3: 1 PE halogen-free eco-friendly heat-shrinkage sleeving, yellow and green colors heat-shrinkage sleeving, silicone fiberglass sleeving, fiber inside and rubber outside sleeving, rubber inside and fiber outside sleeving, high-voltage 10KV-35KV heat-shrinkage sleeving, extension tube, high-temperature sleeving, motor sleeving, compressor sleeving, the sleeving for the LED light and so on.
Over the years, under the principle of w teamwork and hard-working'1, our products have been passed the quality testing of national electric power and electrical device quality test center, the National Compulsory Products Certification, the KEMA, the America UL and the environmental protection of Great Britain SGS.
At present, the business in all departments is developing on a high-speed rate. With the spirit of dedication, innovatiorT and the work style of being 揺fficient, communicative, outstanding' all the staff will serve the old and new customers with the best products and the best service.
SYNTHETIC LINER Fuse Tube bone fiber tubing Environmental friendly fuse cutout tubes best fit on badly environment
SYNTHETIC LINER Fuse Tube bone fiber tubing Environmental friendly fuse cutout tubes best fit on badly environment tianze www.fusestube.COM manufactureSYNTHETIC FUSE TUBE LINER Fuse Tube,Synthetic Fuse Tube liner, filament wound synthetic resin fuse tube ,New Arc Quenching Fuse TubeLinerSynthetic Arc Quenching Fuse Tube Replacement of the traditional C-type fuse tube lined with bone fiber. The core of this “Arc Quenching Fuse Tube” is made of proprietary formula consists of polyester fiber, epoxy and Aluminum Tri Hydrate (ATH).Compare to the bone fiber fuse tube:
ATH filler is used as the water source in the synthetic arc quenching core.The amount of filler is controlled to provide just the right amount of water for efficient interruption More durable than traditional bone fiber fuse tube resulting in overall operation cost saving and less frequent fuse tube replacement.Environmental friendly The Arc Extinction of Synthetic Arc Quenching Fuse Tube Aluminum Tri Hydrate (ATH)filler is used as the water source in the synthetic arc quenching core. The amount of filler is controlledtoprovidejusttherightamountofwaterforefficient interruption and extinction of Arc. The epoxy matrix used in the synthetic core has a high resistance to moisture absorption from humidity. The moisture content,andthereforetheinterruptingabilityofthissystem is not affected byambienthumidity, During the interruption of anarc, polymer fragments areeroded from the core, which fedinto the plasma of thearcand convertedinto arc extinguishinggases by reaction withwater. The erosionof the core is just sufficient to interruptthe arc. Any erosion inexcess of this amount is wastefuland generates unneeded gases andresults in increased expulsion forces. The epoxy chemistry is controlled togenerate the optimum size and quantity ofpolymer fragments for efficient interruptionat both low and high currents, thus more efficient in Arc extinction and deliver longer product life span.The amount of filler is controlled to provide just the right amount of water for efficient interruption.Minimum Wall Thickness: .010" Suggested Uses: Battery covers, grommets, sole noids, capacitor covers, pilot light shields, protecting cfusestube.COM ,EM fusestube@gmail.COM
overs, motor shaft spacers, ignition coils, DC coils, relays, fusescompetitive quote in china . more know of us look at web
ATH filler is used as the water source in the synthetic arc quenching core.The amount of filler is controlled to provide just the right amount of water for efficient interruption More durable than traditional bone fiber fuse tube resulting in overall operation cost saving and less frequent fuse tube replacement.Environmental friendly The Arc Extinction of Synthetic Arc Quenching Fuse Tube Aluminum Tri Hydrate (ATH)filler is used as the water source in the synthetic arc quenching core. The amount of filler is controlledtoprovidejusttherightamountofwaterforefficient interruption and extinction of Arc. The epoxy matrix used in the synthetic core has a high resistance to moisture absorption from humidity. The moisture content,andthereforetheinterruptingabilityofthissystem is not affected byambienthumidity, During the interruption of anarc, polymer fragments areeroded from the core, which fedinto the plasma of thearcand convertedinto arc extinguishinggases by reaction withwater. The erosionof the core is just sufficient to interruptthe arc. Any erosion inexcess of this amount is wastefuland generates unneeded gases andresults in increased expulsion forces. The epoxy chemistry is controlled togenerate the optimum size and quantity ofpolymer fragments for efficient interruptionat both low and high currents, thus more efficient in Arc extinction and deliver longer product life span.The amount of filler is controlled to provide just the right amount of water for efficient interruption.Minimum Wall Thickness: .010" Suggested Uses: Battery covers, grommets, sole noids, capacitor covers, pilot light shields, protecting cfusestube.COM ,EM fusestube@gmail.COM
overs, motor shaft spacers, ignition coils, DC coils, relays, fusescompetitive quote in china . more know of us look at web
High-temp Battery Cartridge,Double Insulation Sleeve,High-strength Insulation Ring,C CE fiber ring Motor Shaft
High-temp Battery Cartridge,Double Insulation Sleeve,High-strength Insulation Ring,C CE fiber ring Motor Shaft china WELLELE.com ,EM salefiber@yahoo.COM make
Epoxy glass fiber entwined sleeve,High-temp Battery Cartridge,Double Insulation Sleeve,High-strength Insulation Ring,C CE fiber ring wall thickness: >0.5mm; size precision: High; inner bore tolerance: <0.05mm; external diameter tolerance: <0.10mm; high concentricity and good straightness;-temperature resistance: Grade F/H/C; appearance: Semitransparent and light green for conventional products or other customized colors, featuring smooth surface; high mechanical strength, and excellent corrosion resistance.-General length: 365mm, 785mm, 970mm, 1,118mm, 1,455mm, etc.Major Advantages:-Assembly equipment-Simple compressing and simple support tools-Precision and automation equipment production (600pcs/hr)-Reduce obsolescence cost-As everyone knows, moulding generates pores in material production, causing a mass of wastes and resulting in failure of hi-pot test
wellele.com ,sale@wellele.com
-Tubes can be extruded, and residual components can be reused (reprocessed).
-Design for exerting the best motor performances
-UL register materials (AFW G-10)Other Advantages
-Flexible design-good in any size-Reduce design change realization time
-The ordering delivery time of reassembly is only 4-6 weeks
Data of Fiberglass Ring
PropertiesUnitTypical*Color
*Resin content ( weight % )
*Glass fiber content ( weight % )
*Composit density
*Circumferential tensile strength
at 20°C
(NOL test )
*Temperature at which the residual of
Initial tensile strength is greater then
85%
*Fiber diretion thermal expansion coefficient (CTE)
*Thermomechanical analysis:
Glass transition temperature
(ASTM E 1545-93 )
%
%
g/cm3
Mpa
(PSI)
°C
(°F)
1/K
°C
(°F)
Light brown
16-23
84-77
2.10-2.20
800-1200
(116000-174000)
300°C
(572°F)
8.50E-06
300-350°C
(572-662°F)
NOTE:
Mechanical NOL data vary within a range determined by resin content and the ratio diameted thickness of the ring .This ratio gives a flexural mode that will cocur during test and test data can vary for each type of ring.-Temperature index: 180°C
UL 94 burning
Epoxy glass fiber entwined sleeve,High-temp Battery Cartridge,Double Insulation Sleeve,High-strength Insulation Ring,C CE fiber ring wall thickness: >0.5mm; size precision: High; inner bore tolerance: <0.05mm; external diameter tolerance: <0.10mm; high concentricity and good straightness;-temperature resistance: Grade F/H/C; appearance: Semitransparent and light green for conventional products or other customized colors, featuring smooth surface; high mechanical strength, and excellent corrosion resistance.-General length: 365mm, 785mm, 970mm, 1,118mm, 1,455mm, etc.Major Advantages:-Assembly equipment-Simple compressing and simple support tools-Precision and automation equipment production (600pcs/hr)-Reduce obsolescence cost-As everyone knows, moulding generates pores in material production, causing a mass of wastes and resulting in failure of hi-pot test
wellele.com ,sale@wellele.com
-Tubes can be extruded, and residual components can be reused (reprocessed).
-Design for exerting the best motor performances
-UL register materials (AFW G-10)Other Advantages
-Flexible design-good in any size-Reduce design change realization time
-The ordering delivery time of reassembly is only 4-6 weeks
Data of Fiberglass Ring
PropertiesUnitTypical*Color
*Resin content ( weight % )
*Glass fiber content ( weight % )
*Composit density
*Circumferential tensile strength
at 20°C
(NOL test )
*Temperature at which the residual of
Initial tensile strength is greater then
85%
*Fiber diretion thermal expansion coefficient (CTE)
*Thermomechanical analysis:
Glass transition temperature
(ASTM E 1545-93 )
%
%
g/cm3
Mpa
(PSI)
°C
(°F)
1/K
°C
(°F)
Light brown
16-23
84-77
2.10-2.20
800-1200
(116000-174000)
300°C
(572°F)
8.50E-06
300-350°C
(572-662°F)
NOTE:
Mechanical NOL data vary within a range determined by resin content and the ratio diameted thickness of the ring .This ratio gives a flexural mode that will cocur during test and test data can vary for each type of ring.-Temperature index: 180°C
UL 94 burning
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