ES fiber is a sheath-core composite fiber obtained by successfully combining low-melting components and high-melting components on a single fiber.
It has excellent thermal bonding properties. The low melting point component in ES fiber melts under heat treatment conditions higher than its melting point, and bond with other materials to form a binder-free environmentally and friendly non-woven fabric.
ES fiber has various advantages such as soft, fluffy, low-temperature processing, heat-bonding, plasticity, non-toxic, non-irritating, and lightweight. It is mainly used to manufacture high-quality sanitary products such as sanitary napkins and diapers. And it is also high-quality materials used to make medical products such as medical protective cloth and medical protective masks, and so on.
There are two main types of ES fibers. The first kind is a composite of PE and PP. Its sheath layer is PE (polyethylene, melting point 130�°C), and its core layer is PP (polypropylene, melting point 165�°C).
The second kind is a composite of PE and PE. Its sheath layer is PE, and the core layer is PET (polyester, melting point 255â??), which is an upgraded version of PE/PP.
ES is divided into EP and ET in terms of material and functionally divided into the hydrophilic, water-repellent, hydrophilic, and weak parent, single parent, multi-parent.In addition, it also can be divided into whitening, general whitening, high holding, medium holding, and low holding. The specifications are 1.5D38mm, 2D38mm, 4D51mm, and so on. In the future, the trend will gradually develop towards fine deniers.
Kaolin uses are multiple and diverse. Kaolin are used as functional filler, extender, ceramic raw material and pigment because of its whiteness and fine particle size. Kaolin also hold importance as raw material in refractory applications, concrete, rubber and fiber glass manufacturing. We, as a Kaolin Exporter welcome any size of international orders from Middle East and other countries.
Applications:
Paper:
Kaolin used as a coating pigment and as a filler to replace fiber. It possesses desirable optical properties.
Concrete:
Kaolin helps to improve strength and durability of concrete. When added to concrete mix, reacts with free lime released during cement hydration to produce additional cementitious material, resulting in an improved high performance concrete.
Plastics :
Kaolin is widely used as filler in the plastics industry because of its inert chemical nature and its unique size, shape and structure.
Agriculture :
It is used as a carrier and diluent in fertilizers, pesticides and related products. It is suitable as carrier because it aides the retention of the formulations on the plant.
Rubber :
It is commonly used as functional filler in rubber applications. While Kaolin improves overall performance for Rubber in general, different types of white pigment play specific roles in rubber application.
Paint :
Kaolin used as an extender in paints. It reduces the amount of expensive pigment such as Titanium Dioxide. It assists with desirable rheological properties that help maintain proper dispersion and provide bulk to the product.
Ceramic :
Kaolin improves whiteness and brightness of ceramic body. Good plasticity, good shrinkage, low water absorption and casting rate are also very important properties of kaolin.
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Laundry Detergent Optical Brightener 71 CXT DMS CAS 16090 - 02 - 1 Optical Brightener Powder For Soap Making and For Detergent Powder Production Line,For Laundry Detergent Making For Washing Powder Soap Making, synthetic washing powder, soap, toilet soap, etc. Brightener CXT can make the appearance of soap and washing powder white and bleaching. For example, CXT was added into washing powder according to achieve the whitening effect of washing clothes, or just make the detergent looks crystal clear. Fluorescent brightener CXT is used for whitening cotton fiber, nylon and other fabrics. It has excellent whitening effect on man-made fibers, polyamide and vinylon.
Features Of Meta Kaolin Metakaolin is form of calcined or dehydroxilated china clay. During calcination morphological, mineralogical and chemical changes occur which result in products with excellent optical properties. Applications Ceramics Glass Paper Cosmetics.
Kaolin uses are multiple and diverse. Kaolin are used as functional filler, extender, ceramic raw material and pigment because of its whiteness and fine particle size. Kaolin also hold importance as raw material in refractory applications, concrete, rubber and fiber glass manufacturing.
>Material selection of high quality cold-rolled steel sheet, electrostatic spray surface, stylish, sturdy, easy to use
>Inside the cable fixtures, splice and clamps
>Fully enclosed, protecting
>Suitable for outdoor armored, indoor soft cable
>Standard cell size, 19 inches in width, can be mounted both distribution frame cabinet/rack can also be used with equipment rack
>Structure the use of thicker passivation of galvanized cold rolled steel plate or surface coating technology, adapter works with the original Japan import ceramics core, guarantees excellent mechanical and optical properties
>Combines the advantages of the optical fiber distribution box, also available as cable terminal box; can be individually assembled into optical fiber distribution frame, also available with digital distribution units, audio accessories, bunding in a cabinet/rack which constitute an integrated distribution frame
>Flexibe configuration, installation and simple to use, easy to maintain, easy to manage, it is essential for line fiber/jumper fiber/splice fibr/optical fiber of the small and medium size communication room.
 communication engine room, jumping fiber, cable and splice one access the essential equipment
Technical parameters
>Several coupled interfaces
>Compact Optical is used for fiber splice, optical adjustment, cable protection and so on
This cable has been designed for long haul direct / backbone application. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. Direct Buried type Fiber Optical Cables are designed for easy and economical installation.
The stranded loose tubes contain thixotropic jelly but the cable core is based on dry-block construction. Incorporation of Dry Water Block Technology eliminates the need for traditional jelly filled water blocking methods, thus providing efficient and craft-friendly cable installation.
The thixotropic jelly is used to fill the buffer tubes to prevent water ingress. Steel Tape Armoring provides a rodent protection, length markings in meters for easy determination of cable length. Extra Strength cable can also be delivered with Peripheral Strength Members.
Features & Application
òExcellent optical, mechanical & environmental performance
òHigh strength-to-weight ratio
òCSM dielectric type û Fiber Reinforced Plastic
òDry block construction
òHigh tensile strength
òHigh crush strength
òCorrosion resistance
òKINK resistance
òVery light weight
òVery flexible & small bending radius
òLong haul / backbone application
òJunction communication systems
òAll dielectric applications
òCATV applications.
Construction Parameters
Fiber Count 02 û 144 Fibers
Color of Loose Tube Blue , Orange , Green , Brown , Grey , White, Red & Black
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Filler Material Medium Density/High Density Polyethylene (MDPE/HDPE)
Central Strength Member Fiber Reinforced Plastic (FRP) û Non Metallic
Core Moisture Protection Methodology Dry Block Design, Water Blocking Yarns/Tapes
Second (Outer) Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Cable Delivery Length (km) 4 KM ¦ 3%.
This cable has been designed for long haul direct / backbone application. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. Direct buried type fiber optical cable are designed for easy and economical installation.
The stranded loose tubes contain thixotropic jelly but the cable core is based on dry-block construction. Incorporation of dry water block technology eliminates the need for traditional jelly filled water blocking methods, thus providing efficient and craft-friendly cable installation.
The thixotropic jelly is used to fill the buffer tubes to prevent water ingress. Steel tape armoring provides a rodent protection, length markings in meters for easy determination of cable length. Extra strength cable can also be delivered with peripheral strength members.
Features & application
Excellent optical, mechanical & environmental performance
High strength-to-weight ratio
Csm dielectric type û fiber reinforced plastic
Dry block construction
High tensile strength
High crush strength
Corrosion resistance
Kink resistance
Very light weight
Very flexible & small bending radius
Long haul / backbone application
Junction communication systems
All dielectric applications
Catv applications.
Construction Parameters
Fiber Count As per CustomerÆs Requirement
No. of Loose Tube As per CustomerÆs Requirement
G.655 As per CustomerÆs Requirement
G.652 As per CustomerÆs Requirement
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Filler Material Medium Density/High Density Polyethylene (MDPE/HDPE)
Central Strength Member Fiber/Glass Reinforced Plastic (FRP/GRP)
Armoring Corrugated Steel Tape Armoring
Peripheral Strength Member (if required) Aramid / Glass Yarn
Core Moisture Protection Methodology Dry Block Design, Water Blocking Yarns/Tapes
Outer Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Cable Delivery Length (km) 4 KM ¦ 3%.
This cable has been designed for aerial application with flat type construction. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. This aerial type fiber cable is designed for easy and economical installation with a sufficient tensile strength to overcome wind pressures and ice loadings.
Features & application
Excellent optical, mechanical & environmental performance
Csm dielectric type û fiber reinforced plastic
High tensile strength
High crush strength
Aerial application
Application in lan, wan, especially in ftth networks
Easy to clamp and install
Can bear ice loads and high wind pressures.
Construction Parameters
Fiber Count 02 to 12 Fiber
Fiber Type G.652.D
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Dimensions Width : 7.0 + 0.5mm , Height : 3.5 + 0.3mm
Nominal Cable Delivery Length (km) 2 KM + 3% .
Mechanical Characteristics
Tensile Strength (N) 600
Tensile Strength (N) (Installation) 1000
Crush Strength (N) 2,000
Minimum Bending Radius (mm) 75
Temperature Operating Range -10 to +70¦C.
Performance indexes :
Insertion loss0.1db
Return loss
Interchangeability
Repeatability0.1db
Plugging times
Operating wavelength
Operating temperature
Storage temperature
Features:
Standards of iec, bell core
Upc end-face finishing
High return loss and low insertion loss
High reliability and stability
Applications:
Fiber optic communication system
Fiber optic catv
Fiber optic test and measurement equipment
Fiber optic backbone
Description
1.Special two-layer tube technology for good flexibility and bend-resistant property.
2.Water-blocking compound filled up and all cross section double water-blocking.
3.Non-metal structure good electromegnectism resistant property, suitable for electric field and some areas where thunders usually happen.
4.Aramid yarn ensures the tensile strength performance.
5.Excellent water-proof layer, good moisture resistance.
Application
1, suitable for both indoor and outdoor
2, long distance communication system
3, local area network system
4, subsiber network system
Laundry Detergent Optical Brightener 71 CXT DMS CAS 16090 - 02 - 1 Optical Brightener Powder For Soap Making and For Detergent Powder Production Line,For Laundry Detergent Making For Washing Powder Soap Making, synthetic washing powder, soap, toilet soap, etc. Brightener CXT can make the appearance of soap and washing powder white and bleaching. For example, CXT was added into washing powder according to achieve the whitening effect of washing clothes, or just make the detergent looks crystal clear. Fluorescent brightener CXT is used for whitening cotton fiber, nylon and other fabrics. It has excellent whitening effect on man-made fibers, polyamide and vinylon.
GHT Connector Box cable is production based on YD/T814.1-2004 standard, through a third partycertification, fully to meet and surpass these standards. This series applies to telecom networks, local are a networks, FTTx, TVs, test equipment, fiber-optic sensor CATV optical fiber and rescure, such as optical fiber transmission systems, achieve the middle joints, distribution, and protection of the realization of optical fiber cable line, doing a good job in a variety of harsh environments, and fully into account in the design of simplified operation, flexible configuration requirements.
Product Characteristic
>Housing made of high quality and special material, high strength, corrosion resistance, ageing resistance,Â
 fire prevention, can be adapted to a variety of harsh environments
>Made of high quality stainless steel screws and hooks, imported sealing, the sealing property is reliable
>Horizontal or cap-style structure can meet the directly buried, pipelines(tunnel), wall-mounted or overhead installation environment
>Leniency splice tray designed to ensure fiber bending radius â?¥40mm, full protection device
>Set the perfect fiber-optic fixed and strengthen the core, stripping, grounding protection device
>Set the repeat opening device and embedded sealing strip, repeated opening convenient, labor-saving, good packing performance
>Applies to both single-core and multicore and fiber, can support a manximun number of cores 288 cores
