The Global Chlorinated Polyethylene Market size was estimated at USD 431.6 million in 2016 and is anticipated to reach USD 890.3 million by 2025. The global market for chlorinated polyethylene is expected to witness an exponential growth over the forecast period due to its broad spectrum of application and advancement of technology. Chlorinated polyethylene resins and thermoplastic polymers elastomers are having physical and chemical properties improved. Thereof are used as the thermoplastic elastomer, for modifying various resins such as Polyethylene (PE), acrylonitrile butadiene styrene (ABS), and polyvinyl chloride (PVC). Chlorinated polyethylene resins provide resistance against abrasion, weather, oil, heat, fire, and chemicals. Other (PE-C) properties include excellent mechanical and physical properties, high charge acceptance, tensile strength and low-temperature performance. Applications of resins and chlorinated polyethylene elastomers include geo-membranes, as an impact modifier and a flexible sheet, roofing membranes, molded shapes, automotive extrusions and cable sheaths and as polymer based. The growing demand for resins and elastomers chlorinated polyethylene impact change request should drive market growth. Impact modification is the largest application of the PE-C in terms of consumption. It is widely used for modifying the impact of PVC fence, terrace, window profiles, pipes and vinyl siding. CPEs are added to PVC formulations, PE, and PP plastic products to improve weather resistance, the welding strength, low-temperature performance, and impact resistance. In addition, the growing demand for the flexible sheet in electrical son and cables, roofing applications and rubber products for seals and shoe soles. Flexible sheets of industry experienced strong growth in the Asia-Pacific region due to the con

Novista's Topadd® acrylic processing aid can be used in the production of bottles, in film/sheet applications and in the construction industry. In addition to faster fusion, Topadd® acrylic processing aids offer many attractive rheological features and improve the quality and finish of the product. These benefits have been evident from the results of the tests from customers. By dramatically shortening the fusion time, Topadd® acrylic processing aid TP-20 can replace PARALOID™ K120N-K120ND Acrylic Processing Aid and can increase production output and improve yield. Improved fusion also permits a broader range of processing temperatures and conditions. Other processing benefits include improved melt-elasticity and reduction of plate-out and melt fracture. Topadd® acrylic processing aids improve product quality in terms of surface gloss and finish, more even thickness and weight, weld-line strength, tensile strength and impact efficiency. Topadd® PVC processing aids are generally chosen by manufacturers requiring excellent dispersibility and good optical properties, under low-shear processing conditions. For more details, please feel free to contact us...

Novista Group mainly worked on brominated FRs at its first inception into FR industry many years ago. And in recent years, to lead the eco-friendly trend across world FR industry, Novista Group has been making dedicated efforts on R&D of halogen-free FRs. Novista Group produces inorganic P-N FRs: APP, MCA, MPP, ADP, PPAP. And then make compounded FRs by blending these relatively simple-structured chemcials. 1.Exolit OP series offset PN59 (OP950) PN321 (OP1230/1240) PN2131C (OP1312) PN4131C (OP1314) PN5131C (OP1400) 2.Adeka FP series offset PNPO-G1 (FP-2200S/2500S) 3. Arichem KSS series offset KSS HES HES2

Chlorinated polyethylene (CPE) is a kind of full macromolecule material with white powder appearance. It is non-toxic and tasteless. It has excellent weather resistance, ozone resistance, chemical resistance and aging resistance. It has outstanding oil resistance, flame retardancy and coloring function. You have a simple knowledge of chlorinated polyethylene (CPE), so let`s understand the basic uses of chlorinated polyethylene (CPE). Chlorinated polyethylene (CPE) resin is a new synthetic material with a series of excellent functions. It is an excellent impact modifier for PVC plastics and an excellent synthetic rubber with comprehensive functions. It has a wide range of applications. It has been widely used in cables, wires, hoses, rubber and plastic products, sealing materials, flame retardant conveyor belts, waterproof rolls, films and various profiles. CPE can also be blended with polypropylene, high and low pressure polyethylene and ABS to improve the flame retardant function, aging resistance and printing function of these plastics. CPE can be regarded as a random copolymer of ethylene, polyethylene and 1.2-dichloroethylene. It has full molecular chains and random distribution of polar chlorine atoms. Because of its excellent physical and chemical functions, CPE is widely used in machinery, power, chemical industry, building materials and mining industry. CPE is superior to most rubber in heat resistance, ozone resistance, weathering resistance, aging resistance, oil resistance, aging resistance, acid resistance, alkali

What are the main applications of PVC foam boards? As a popular material, PVC foam board has the following main uses: 1. PVC foam board is used as building formwork for concrete pouring and forming. It can replace other building formwork materials. 2. PVC foam board used as workshop, villa decoration with interior and exterior wallboard. 3. PVC foam board used as furniture decoration material can be used for partition, hollow ceiling. 4. PVC foam board can be used as advertising board materials, such as screen printing, advertising marking, exhibition board production, marking board, photo frame album board. 5. PVC foam board can be used as wardrobe board, cabinet board, bathing cabinet board materials. 6. PVC foam board is used as interior decoration board for passenger car floor, train carriage, roof, box core layer, etc... 7. PVC foam board can be used as a substitute for some stainless steel. Because it belongs to a synthetic material, it will not be corroded or have other problems. So, it can be widely

ProFlame-PN1500C is formulated flame retardant based on organic phosphorus component. It is suited for both GF-reinforced and unreinforced PBT system. The PBT compounds exhibit very good physical and electrical properties with PN1500C.We specially design columned granule appearance, this will be helpful to reduce dust ,and make material easy to dispersing and feeding. Recommended dosage: UL94 0.8- 1.6mm V0 : PBT + 30%Glass fiber + (15%-20%) PN1500C It also can used in PA6 ,PA66 GF-reinforced system . Processing instruction: 1. Pre-drying the PBT,the

ProFlame-PN5131 is chemical modified Diethyl Phosphinic Aluminum flame retardant. It is designed for high performance flame retardant engineering plastics such as polyester (PET, PBT), nylon(PA6, PA66). 1. Higher heat resistance compared to traditional Diethyl Phosphinic Aluminum 2. Higher bulk density , better dispersion , less dust 3. Higher CTI >600V 4. More transparent color in PA6 , more easy to color blending 5. Better processing ability ,No Mold fouling Recommen

Novista's ProStab® series LEAD BASE STABILIZER is a general-purpose stabilizer for PVC

Novista Group is a forerunner in China HFFR flame retardant industry, especially excels at HFFRs for PA6 and PA66. Novista®PN2131C is offset to Exolit OP1312, used for original/white color GF PA6. Novista®PN4131C is offset to Exolit OP1314, used for original/white color GF PA66. ®PN2131C and ®PN4131C are supplied in granule form, thus low-dust when processing and better dispersion performance in nylon compound.

Brominated Brominated compounds are used for a number of purposes, but the major use is as flame retardants. Bromine interacts with the fire cycle in the gas phase to stop the chemical chain reaction that leads to flame formation and a self-sustaining fire. In essence, brominated flame retardants either prevent a fire from starting in the first place, or significantly slow a fire down. Brominated compounds also can be added to materials like plastic without altering their properties. As a result, they can be used in many applications. Highly effective, brominated flame retardants are used in a variety of materials, including textiles, electronics, building materials, plastics and foams. They are often used in combination with an antimony trioxide synergist. Phosphorus Flame retardants containing phosphorus interrupt the combustion process by promoting [charring." In the presence of a heat source, phosphorus flame retardants release phosphoric acid which causes the material to char and form a thick glassy layer of carbon. This carbonated char stops the decomposition process (pyrolysis) and

Calcium-Zinc based stabilizers (Ca-Zn) are new generation stabilizers which gained importance in PVC market. We at Novista are proactively supporting this change and helping the industry to adapt to these changes. We have a strong & experienced technical team, which is incessantly working towards improving the quality of our stabilizers. Today, we are one of the leading manufacturers of Calcium-Zinc stabilizers in China. Due to our indigenous innovative capacity and commitment towards sustainable development, we have developed excellent products with the competitive advantage. Novista's Prostab® Calcium-Zinc stabilizers are performance oriented and particularly provide excellent long-term retention of color, outstanding mechanical properties and a high level of weathering resistance. We not only have products suitable for China market but also provide widely accepted & appreciated compliant products for different applications.

Novista is a global supplier in the manufacture of additives for #PVC, Engineering plastics. From #acrylic and methacrylate-butadiene-styrene ( #MBS ) impact modifiers, to acrylic processing aids, our Topadd® full range will overcome your expectations for the reinforcement and the processing of thermoplastics, and for the toughening and the process gain of thermosetting resins. Novista`s acrylic and MBS impact modifiers improve the impact strength of thermoplastic materials, while offering an optimal cost-performance balance. These additives are particularly designed for the reinforcement of PVC articles for exterior applications, as PVC windows, #ceiling panels, #foam board, but also interior applications as furniture films or transparent packaging.

While an ever-evolving list of new products-from hair dryers and small appliances to laptops and flat-screen televisions-is incorporated into our homes, offices and commercial environments, we seldom think about how the products are made.  Flame retardants provide consumers with a critical layer of fire protection and are vital to reducing the risks associated with fire. Today, flame retardants are used predominantly in four major areas:  Electronics and Electrical Devices  Building and Construction Materials  Furnishings  Transportation (Airplanes, Trains, Automobiles) Novista Group produces HFFRs APP, MCA, ADP, as well as compounded HFFRs ADEKA FP-2200S/2500S, Exolit OP1312/1314. We are good at flame retardant solutions for PP and PA6/PA66.

PVC is a non-crystalline polymer with high brittleness at the glass transition temperature of around 80℃. It has poor thermal stability and light resistance, so it needs to be modified with relevant additives or fillers before it can be used.The multi-component composite material is a polymer modified material.So we can choose different materials according to the characteristics of PVC to modify it to achieve the purpose of use.For example: according to the amount of plasticizer to control PVC products for hard, semi-hard, soft or paste state.Make the product transparent, translucent, non-transparent or color based on resin and additives.According to the choice of additives and modifiers for the product, the tensile, bending, impact resistance and other performance changes, can also be selected according to different additives for flame retardant, insulation, density and other performance changes.We refer to these material choices and the amount of ingredients used as PVC formulations.In actual operation, the physical properties of PVC products are significantly changed by the use of different raw materials and components, and we believe that the addition of any raw material components has a modification function in the PVC formula system.Therefore, the additives used in PVC formulation can be considered as modifiers.

In an effort to strengthen the prevention and control of the novel coronavirus epidemic and to protect the health and safety of all show participants, CHINAPLAS 2020, the 34th International Exhibition on Plastics and Rubber Industries, originally scheduled from 21-24 April 2020 at National Exhibition and Convention Center(NECC) in Shanghai has been postponed. Hereby, we would like to announce that the show will be rescheduled to 3-6 August 2020 and the venue will remain unchanged at NECC. Holding for the 34th time this year, CHINAPLAS is well-recognized by the global plastics and rubber industries for its rich content and activities, worldwide attendance and significant market influence. The coming show held in August has already confirmed the participation of over 3,800 exhibitors from around the world to showcase their leading technologies and innovations. In the coming period before CHINAPLAS 2020 opens, Adsale will continue to closely monitor the epidemic development, to keep in close contact with the local government and authorities, and to do well the subsequent show preparation work. With our experience accumulated over the years, we are confident and are fully committed to present you another successful CHINAPLAS in coming August. Thank you very much for your support. We look forward to seeing you in Shanghai, for more details, please contact: mandyzhang@novistagroup.com, skype: mandyzhang728

Stabilizers are added to PVC to allow its processing and to improve its resistance especially in outdoor applications, weathering and heat ageing and have an important influence on the physical properties of PVC finished articles. Novista's One-pack Lead stabilizer, sold under the trade name ProStab®, are used for the extrusion and injection moulding of both rigid and plasticised PVC. Factors such as process technology involved, technical requirements of PVC end product, regulatory requirements and cost, influence the choice of the stabilizer used. Novista's Stabilizer (ProStab®) one-packs combine stabilizers with lubricants and other additives to provide customised solutions. Our stabilizers are designed to match specific requirements in terms of long term stability and durability along with specific processing requirements.

Novista is with you. In a year full of challenges and opportunities, lets go hand in hand. Plastic additives industry leader

Novista Group is dedicated in developing halogen-free flame retardants for various plastic types. Novista's FP-2200S equivalent product works well in polyoleins such as PP, PE, TPE, EVA-- Novista's FP-2500S equivalent product is the low-dust version of FP-2200S, more friendly to the workshop environment. Above products have been approved by customer in China, Korea and USA, stable performance, cost effective, easy to help reach UL94-V0.

1. PNPO for PP (UL94 V-0) 2. PNPO-G1 for polyolefins (UL94 V-0) 3. EFBPP101 for PP (UL94 V-2) 4. PN3136 for TPE (UL94 V-0) 5. PN2131C for PA66 + Glass fibre (UL94 V-0) 6. PN2131CD for PA6 + Glass fibre (UL94 V-0) 7. PN3113 for water-based Acrylic textile coating 8. PN3115 for solvent-based Acrylic textile coating 9. PN549 for printed circuit boards and electronic products 10.PN59 for polyester fiber

Novista Group is dedicated in developing halogen-free flame retardants for various plastic types. Novista's FP-2200S equivalent product works well in polyoleins such as PP, PE, TPE, EVA-- Novista's FP-2500S equivalent product is the low-dust version of FP-2200S, more friendly to the workshop environment. Above products have all been approved by customer in China, Korea and USA, stable performance, cost effective, easy to help polyolefins to reach UL94-V0.

POLYOLEFINS are very COMBUSTIBLE!! Flame retardants should be required for below polyolefins applications: 1.wire and cable, such as PE cable, LDPE/EVA cable, PP cable-- 2.Automotive plastics. Many plastic parts in vehicles are polyolefins, such as Instrumental panel, Door panel,Cowl top-- 3.Electrical and Electronic products. Television, refrigerator, washing machine, cellphone, computer -- 4.Building mateirals, such as aluminum composite panel (with a PE core), thin plastic trims, covers, upholstery in the household. Novista Group is dedicated in developing halogen-free flame retardants for polyolefins. Novista's FP-2200S equivalent product works well in polyoleins such as PP, PE, TPE, EVA-- Novista's FP-2500S equivalent product is the low-dust version of FP-2200S, more friendly to the workshop environment. Above products have been approved by customers in China, Korea and USA, stable performance, cost effective, easy to help polyolefins to reach UL94-V0 and other strict FR standards.