- Product Name HBCD-Free Extruded Polystyrene (XPS) Flame Retardant Masterbatch/MH-68T - Advantages: HBCD-Free, High heat resistance (240�¢??min), Good smoke-suppression performance, No corrosion to the screw, Better flow properties, Improve the melt viscosity, strength and sheet bulk density, Provide better mechanical properties. - Application: Fire-resistance for extruded polystyrene (XPS). - Specification: Appearance: Spherical Granules Main Content:50%min Moisture:3000ppm max Density: 1.4±0.2 g/cm3 Recommended: 1.8-2.2% E; 3-4% B2; 4-5% B1 - Package and Storage: 25kgs kraft bag with plastic lining. Keep in a dry and cool place.
Appearance White spherical granule Content of flame retardantï¼?%ï¼? 40~80 Initial thermal decomposition temperatureï¼?â??ï¼¥245 Volatileï0.5
Flame Retardant&Surfactant
XPS Flame Retardant Masterbatch XPS flame retardants Product Introduction: CAS NO.:3194-55-6 Flame retardant masterbatch is produced by flame retardant hexabromocyclododecane with polystyrene as carrier after the plasticizing granulation,and the content of flame retardant can reach to 80%. Flame retardant masterbatch has excellent flame retardancy like powder products and also has the advantages of good dispersion, low adding quantity, easy for foaming and extrusion, stable production, and environmentally friendly,etc. It is applicable to various XPS production equipments, and it can well solve the problem of unstable feed especially for single screw equipments. Characteristics: 1. Particle ship is neat, even, with no dust and has no pollutions to the equipment and environment which can ensure a continuous production of 12 hours with no stop. 2.Good dispersity:The flame retardant can distribute evenly in the XPS and can play itsall flame retardant efficiency. 3.The selection of imported heat stabilizer:Thermal decomposition temperature 240 all specifications of the flame retardant XPS masterbatch can reach the export standards. 4.It has low corrosivity, and it can prolong the service life of the screw and the screw barrel. 5.Under normal processing temperature,it is free from the discoloration of the flame ret-ardant HBCD. Product Usage: This product is Used as flame retardant for XPS Packaging: 25KG paper-plastic composite bag If you have any demand about my products. Our main products are Bronopol.DBNPA.HBCD.Carbohydrazide.4-(METHYLSULFONYL)BENZALDEHYDE.2,2-Bis[4-(2,3-dibromo-2-methylpropoxy)-3,5-dibrom.SodiumBromide.2-Cyanoacetamide.HBCD Masterbatch.DBNE .BDDP.Sodium bromate.BROMINE.DBNPA20%.Brominated Polystyrene.Aluminum Chloride.Polyaluminium Chloride PAC.2-Ethyl-anthraquinone.Tris(tribromophenyl) cyanurate FR-245.BDMAEE.Flake Graphite.Dichloroglyoxime DCG .DBDPO /DECA.DBDPE /DECO.TBBA/TBBPABROMINATED SBS.RDT-5 ethylenebistetrabromophthalimide BT-93W.BIT.DCOIT. OIT. DCDMH. DBDMH.BCDMH.Sodium dichloroisocyanurate dihydrate.Trichloro Isocyanuric Acid.Cyanuric acid . CMIT/MIT-4.Glutaraldehyde 50% GIG50.Bromoacetic acid.etc.
- product name Extruded polystyrene (xps) flame retardant masterbatch/mh-3800 - advantages: Improving the materialâ??s toughness, strength and heat resistance. - application: Fire-resistance additive for extruded polystyrene (xps). - specification: Appearance: white special granule Main content: 50%min and 70%min Moisture: 2000 ppm max Application: xps - package and storage: 25kgs kraft bag with plastic lining. Keep in a dry and cool place.
Product Introduction¨ºo CAS NO.:3194-55-6 Flame retardant masterbatch is produced by flame retardant hexabromocyclododecane with polystyrene as carrier after the plasticizing granulation, and the content of flame retardant can reach to 80%. Flame retardant masterbatch has excellent flame retardancy like powder products and also has the advantages of good dispersion, low adding quantity, easy for foaming and extrusion, stable production, and environmentally friendly,etc. It is applicable to various XPS production equipments, and it can well solve the problem of unstable feed especially for single screw equipments. Characteristics ¨ºo1. Particle ship is neat, even, with no dust and has no pollutions to the equipment and environment which can ensure a continuous production of 12 hours with no stop. 2.Good dispersity:The flame retardant can distribute evenly in the XPS and can play itsall flame retardant efficiency. 3.The selection of imported heat stabilizer:Thermal decomposition temperatureY240æall specifications of the flame retardant XPS masterbatch can reach the export standards. 4.It has low corrosivity, and it can prolong the service life of the screw and the screw barrel. 5.Under normal processing temperature,it is free from the discoloration of the flame ret-ardant HBCD. Product Usage: This product is Used as flame retardant for XPS Specifications: Items Specifications Appearance White spherical granule Content of flame retardant¨º¡ì%¨º© 40~80 Initial thermal decomposition temperature¨º¡ì樺© Y245 Volatile¨º¡ì%¨º© ¡§10.5 Packaging: 25KG paper-plastic composite bag 25KG paper-plastic composite bag
Chemical, chemical raw material, auxiliaries, solvents, paint, textile fiber, rubber, plastic, paint drier, plasticizer, flame retardant, surfactant, additives, steel pipe, steel tube, stainless steel tube, stainless steel pipe, ms pipe, pipe fitting, flange, fasteners, steel wire.Transportation agent,customs clearance service,
This type Chips that is designed to resist burning and melting at low temperatures. Low Melting Point Polyester Chip for Hot Melt Yarn Masterbatch Extrusion Grade Polymer for Hot-melt Adhesive Glue Coating Description: Generally speaking, the low melting point polyester chip refers to one specialty polymer with a melting point between 90 and 220. The melting point of polyester is the temperature at which a solid crystalline substance changes from a solid state to a liquid. So it reflects the purity of polyester. Generally speaking, pure polyester is a partially crystalline polymer with a melting point of 265. But during actual production, some impurities exist in the polyester due to various side reactions. At the same time, the defects of polymer crystals and the difference in crystallinity will also affect the melting point. The common type of low melt polymer is 110. But we can also offer a melting point of 90, 120, 160, and 180. Application: Low-melt polyester chips can produce low-melting point fiber, low-melting point synthetic fiber, and thermal-melting mucilage. Its primary usage is acting as bonding fiber in nonwoven fabrics. The end usage lies in clothing, articles for bed, shoe uppers, sleeping bags, sofas, and hygiene products. LM PET Chip is also the main raw material of masterbatch carriers. That is, low-melt PET chips, conventional chips, and dyes are mixed to produce the polyester color masterbatch according to a certain proportion. The production of this product is the introduction of polyester macromolecules into the modified copolymer unit. And its melting point is in the range of 100-120. Commonly used modifiers are phthalic acid, adipic acid, and trimethylolpropane. Recently, LM Polymer is also extruded into the back coating of nonwoven, automotive interiors, foam, injection molding, PET sheets, and hot-melt adhesive/glue. Low Melt Yarn is also called hot melt yarn or fusible yarn. There are sheath-core low-melt bicomponent yarn and full low-melt polyester yarn.
Paint Drier&Plasticizer
Chemical Solvents&Paint Industry
Textile Fiber&Rubber&Plastic Industries
Cosmetic Chemical RAW Material
Detergent Chemical Raw Material
Rubber And Plastic Chemical Raw Material
Textile Fibers Chemical Raw Material
Flame Retardant Resistant Aramid Staple Fiber, Kevlar Staple Fiber, Aramid Thread or Staple Fiber
A masterbatch is a concentrated mixture of pigments or additives that are used in the plastics industry to color or enhance the properties of plastic products. It is a cost-effective and efficient way to introduce colorants, UV stabilizers, flame retardants, and other additives into plastics during the manufacturing process. Masterbatches are typically in the form of small pellets or granules that can be easily mixed with the base plastic resin, resulting in a consistent and uniform color or modification throughout the final plastic product. They play a vital role in achieving desired visual and performance characteristics in a wide range of plastic applications, from packaging materials to automotive components and consumer goods.
Flame-retardant textile fabrics are specially designed materials that have undergone treatment to reduce their flammability. These fabrics are engineered to withstand exposure to flames or high temperatures, effectively slowing down the spread of fire and reducing the risk of ignition. These fabrics find extensive use in various industries and applications where fire safety is critical, such as: 1.Industrial Settings: Used in protective clothing for workers in industries like oil and gas, mining, and chemical processing where there is a risk of fire or thermal hazards. 2.Public Spaces: Utilized in public transportation (like trains and airplanes) and public buildings (such as theaters and hotels) to meet fire safety regulations and protect occupants. 3.Home Furnishings: Used in curtains, upholstery, and bedding to enhance fire safety in residential settings. Flame-retardant textiles are typically treated with chemical agents during manufacturing or finished with inherently flame-resistant fibers like modacrylic, aramid, or certain polyester blends. These fabrics undergo rigorous testing to meet industry standards and regulations for fire safety.
- Professional manufacturer of flame retardant masterbatch for engineering plastics. High quality and competitive price are our promise. - Besides good fire-resistant effect with low added quantity, our flame retardant masterbatch also has the advantage of dust-free, much more convenient usage, good dispersibility and well compatibility with matrix resin, etc.
Industry - Welding, Oil & Gas, Petrochemicals etc. Shell Composition - GDI36-100% Cotton with FR Treatment. Weight - 200 GSM to 320 GSM. Size - XS to 5XL (ASIA), 34 to 60 (US), 34R to 60R (UK), 44 to 70 (EU). Safety Performance - General :- EN ISO 13688, EN ISO 20471, ISO 15797 Arc :- EN 14116, EN 11611, EN 11612, NFPA 2112 Fire :- EN 61482, EN 1149, NFPA 2112.
