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3P Pakistan invitation from Novista - PVC additives manufacturer from China
2019 / 03 / 12
Novista Group (as the professional manufacturer of PVC Additives) will go to Lahore, Pakistan to attend - the 15th International Exhibition for Plastic, Printing and Packaging Industries (3P PAKISTAN) - on 22nd to 24th March 2019... We welcome you to visit us at booth No.: Hall 2 - 59... Fore more details, pls contact us by email (sales06@novistagroup.com) or by WhatsApp (0086 150 6536 1235) / Skype (neil_novista)...
PVC pipes and fittings: Made to last
2019 / 03 / 11
Pipes from a wide range of different applications must withstand the toughest demands on a permanent basis. Novista high-quality additives ensure that pipes are highly corrosion-resistant and have excellent chemical resistance properties. A service life of 50 years and more has become standard for PVC tubes. Individual stabilizers for your needs PVC pipe systems differ in terms of dimension, colour and shape and in particular in how they are manufactured. We offer the right kind of stabilizer systems for all versions as well as individual solutions for specific customer requirements. As technology leaders for organically based stabilizers for pipe systems, we develop environmentally friendly and at the same time highly efficient solutions that suit all requirements. Benefits of PVC pipes: outstanding quality and cost effectiveness excellent flow properties thanks to smooth inner surfaces excellent sealing properties thanks to secure joints low unit weight excellent ecological balance and recycling properties
Flame Resistant vs Flame Retardant
2019 / 03 / 09
Anyone that has ever been burnt will tell you to respect heat. Burns are one of the worst types of injuries. They don`t heal quickly, can be incredibly painful and in some cases, it can be a chore to keep the wound clean while it heals. Often with burns, first comes fire. Fire can be incredibly dangerous in the right circumstances and because of this. Many companies now have stringent rules and regulations in place to limit risks. While fires at work may not seem to be a problem you think will affect you, burn related injuries can be around any corner, especially in the Oil and Gas industries, Iron Working, Welding and more. In fact, the American Burn Association reported that approximately 486,000 people received medical treatment for burns in 2016. Now the basics of putting out a fire (especially once you are on fire) should have already been covered when you were in elementary school. Stop, Drop and Roll are great recommendations for things to do once you`re already on fire but is there a way we can avoid it all-together? As it turns out, there is. One of the most common ways to avoid burns is to stay away from hot things. Well that really isn`t an option for certain professions, so flame resistant and flame-retardant clothing rules became standardized for those industries.
PVC Impact Modifier Chlorinated Polyethylene CPE 6135/3135
2019 / 03 / 05
PVC Impact Modifier Chlorinated Polyethylene CPE 6135/3135 is a powdery product which is suspended and chlorinated in the aqueous phase by HDPE. As the degree of chlorination increases, the originally crystallized HDPE gradually becomes an amorphous elastomer. Our Chlorinated polyethylene ( CPE ) is a saturated polymer material with a white powder appearance. -It is non-toxic and tasteless. It has excellent weather resistance, ozone resistance, chemical resistance and aging resistance. -It has good oil resistance, flame retardancy and coloring performance, as well as good toughness (flexibility at -30 °C), good compatibility with other polymer materials, high decomposition temperature... For more details of CPE, pls contact us freely...
Stabilisers for profiles and sheets
2019 / 03 / 04
PVC is one of the leading raw materials for the production of profiles and sheets. Its versatile material properties and numerous variation options in terms of construction and design make PVC the ideal material for window profiles, panel profiles for walls and furniture as well as foam profiles and sheets. Novista offers an extensive range of stabilisers for profiles and sheets of all kinds. In addition to our standard products, we also provide customised additive solutions that are entirely based on your individual requirements. PVC profiles - your benefits: long lifespan excellent thermal and acoustic insulation properties extremely resilient extremely versatile excellent value for money multiple recycling capability Stabilisers for PVC/wood profiles The fragrance of wood, combined with all the advantages of plastics: with PVC/ wood profiles, you can have it all! PVC/wood profiles belong to the material group of Wood Plastic Composites (WPC). Its main components are biological fibres such as sawdust and flax, combined with plastics such as PVC. Unlike with [pure" wood profiles, our special additives were developed specifically for wood extrusion and make it possible to create profiles with unusual designs while still keeping costs low. Novista has invested a lot of time and resources in the development of calcium/zinc stabilisers. These products make the plastic particularly durable. In combination with a balanced titanium dioxide content, our stabilisers are particularly well suited for use in different climate zones. This dust-free melt product is particularly easy to handle and combines a first-class distribution volume with optimised warehousing properties.
Novista will go to visit Vietnam market on 03/03/2019-10/03/2019
2019 / 02 / 28
Novista Group will go to Vietnam to visit the market and our clients from 3RD to 10TH MARCH, 2019. -- In Hanoi on 3rd - 6th March; -- In Ho Chi Minh on 7th - 10th March. If you are --the distributor / agent of PVC additives (PVC impact modifier / Acrylic processing aids / PVC stabilizers) ; or --the manufacturer of PVC products, we would like to make an appointment to visit your office/factory... We will provide you with our best service and best products... See you in VIETNAM!
2019 / 02 / 25
Polyvinyl-Chloride (PVC) is a plastic product which has matchless versatility. It effectively replaces wood, paper and metal in several applications. As such plastic pipes have been progressively replacing conventional pipes like G.I., Cast Iron, Asbestos Cement or Stone-ware for a number of important and uses. Among the various types of plastic pipes which are commonly used for such applications PVC pipes are the most widely used all over the world on account of their most favourable balance of properties. PVC pipes are light in weight, rates for use under pressure, easy to install, low frictional loss, low on maintenance cost, and have low frictional loss. Rigid PVC pipes have wide variety of uses in fields like city/town/rural water supply scheme, spray irrigation, deep tube well schemes and land drainage schemes. Market Potential: PVC pipes are used for a variety of purposes e.g. water supply schemes, spray irrigation, deep tube well schemes and land drainage schemes. PVC slotted and corrugated pipes are ideal systems for drainages of water from land where water logging is inevitable. It is widely used by various utility services now-a-days too. The major consumer of PVC pipes are the Public Health Engineering Department and Irrigation Departments. Besides these two, it is used by the Municipal Corporations, Tea estates as well as in N.E. Region. The usage of PVC pipes also depends upon the size of these pipes too. It is manufactured in different sizes having innumerable usage value. Novista is PVC additives & polymers supplier for PVC pipe processing.
Invitation to Visit us at 3P Plas, Print, Pack in Lahore Parkistan on 22-24/03/2019 - Novista Group
2019 / 02 / 21
Novista Group (as the professional manufacturer of PVC Additives) will go to Lahore, Pakistan to attend - the 15th International Exhibition for Plastic, Printing and Packaging Industries (3P PAKISTAN) - on 22nd to 24th March 2019... We welcome you to visit us at the exhibition and start making appointments from now... Fore more details, pls contact us by email (sales06@novistagroup.com) or by WhatsApp (0086 150 6536 1235) / Skype (neil_novista)...
2019 / 02 / 18
Plastic additives can extend the service life of plastic products and play a significant role in the recycling of plastics. It can be said that the plastic industry must realize the innovation and development of additive products in order to achieve energy saving and industrial upgrading. There is a misunderstanding in society now that plastics have been 'demonized' and plastics have become the chief culprit of 'white pollution'. In fact, plastic itself is an energy-saving and environmentally friendly material, with plastic steel and plastic substitute wood. It not only saves energy, but also saves resources. At present, it is necessary to realize the upgrading and sustainable development of the plastics industry and to solve the problems of high energy consumption and serious pollution in the plastics processing and plastics recycling process. Plastics additive products are an indispensable link. According to experts, the use of additives can achieve melt viscosity reduction, temperature and pressure reduction during the processing of plastics, which can significantly reduce energy consumption per unit of output, and the use of additives can significantly extend the service life of the product. It is also another sense of environmental protection. At the same time, plastic additives also play an important role in the plastic regeneration process. The pollution produced during the recycling and regeneration of plastics is currently very difficult to regulate and is a serious area of pollution. However, through technological innovations, especially the use of suitable additives, energy conservation, consumption reduction and pollution reduction can be achieved, and can be greatly Improve the quality of recycled materials. Good additives can even make the performance of recycled materials not inferior to The new material, such as the choice of a suitable plasticizer, can make the processing perform
How to understand the structure and properties of polyphenyl ether PPO material
2019 / 02 / 16
1, PPO polyphenylene oxide, usually referred to as poly 2,6- two methyl -1,4- phenyl ether, or PPO (Polyphenylene Oxide), is a comprehensive thermal engineering plastic with excellent properties. 2, PPO synthesis: 2,6- two methyl -1,4- phenyl ether is formed by condensation reaction with oxygen under the action of copper amine catalyst. 3, the relationship between the structure and the nature of PPO: (a), aromatic ring makes the rotation of molecular chains difficult, so PPO has poor fluidity and poor processability. (b), the methyl groups on benzene ring increase resistance and rigid structure, making PPO rigid, high hardness, high stability and strong chemical resistance. (c), the PPO terminal group is phenoxy, so the thermal oxidation resistance is poor. The thermal stability of PPO material can be improved by blocking the ends of antioxidants or isocyanates. 4. Summarize the characteristics of PPO: Excellent properties: high tensile strength, high modulus, high impact resistance, hardness and rigidity, hard and tough material, good creep resistance, good wear resistance, low friction coefficient, good heat resistance, heat deformation temperature of 190 degrees centigrade, glass transition temperature 210 centigrade, thermal
2019 / 02 / 13
Polyvinylchlorid (PVC RESIN) The full name is Polyvinylchlorid, the main component is polyvinyl chloride, and other ingredients are added to enhance its heat resistance, toughness, and ductility. It is a well-loved, popular and widely used synthetic material in the world today. Its global use ranks second among various synthetic materials. According to statistics, in 1995 alone, PVC production in Europe was about 5 million tons, and its consumption was 5.3 million tons. In Germany, the production and consumption of PVC is an average of 1.4 million tons. PVC is being produced and applied worldwide at a rate of 4%. The growth rate of PVC in Southeast Asia is particularly significant, thanks to the urgent need for infrastructure construction in Southeast Asian countries. Among the materials that can produce three-dimensional surface films, PVC is the most suitable material. PVC can be divided into soft PVC and hard PVC. Hard PVC accounts for about 2/3 of the market, and soft PVC accounts for 1/3. Soft PVC is generally used for the surface of floors, ceilings and leather, but because soft PVC contains softener (this is also the difference between soft PVC and hard PVC), it is easy to become brittle and difficult to store, so its scope of use has been limited. Hard PVC does not contain softener, so it has good flexibility, easy to form, is not brittle, non-toxic and non-polluting, and has a long storage time, so it has great development and application value. Hereinafter referred to as PVC. The essence of PVC is a vacuum blister film, which is used for surface packaging of various types of panels. Therefore, it is also called decorative film and adhesive film, and is used in many industries such as building materials, packaging, medicine and so on. The building materials industry accounts for the largest proportion, at 60%, followed by the packaging industry, as well as several other small-scale applications. Polyvinyl chlorid
Non-toxic PVC heat stabilizer - Calcium-zinc stabilizers
2019 / 02 / 12
Calcium-zinc stabilizers are currently one of the main non-toxic stabilizers. It is a metal soap mainly composed of calcium stearate and zinc stearate, and is compounded by a polyol ester, a phosphite, a ketone antioxidant or an epoxy ester, and a plurality of lubricant components. While ensuring thermal stability, the Ca/Zn stabilizer enhances the lubrication and gelation composition, improves the initial gelation of the non-plasticized PVC mixed system, and balances the internal and external lubrication in the middle and late stages of extrusion, and improves the melt pressure, gelation and moderate melt flow. Due to the different manufacturers of calcium and zinc stabilizers, the composition will be different and antioxidants, lubricants and other ingredients will have a larger difference, so it will have a greater impact on the formulation and formulation process. Therefore, when choosing and using, we should ask more questions and make more experimental comparisons...
2019 / 02 / 11
First produced commercially in the late 1920s, polyvinyl chloride, or PVC, has become one of the most widely used polymers in the world. Due to its versatility, PVC is used across a broad range of industrial, technical and everyday applications from window profiles and pipes to credit cards and blood bags. PVC has always been regarded as a resource-efficient material. Made from salt (57%) and oil (43%), it`s far less oil dependent than other major thermoplastics. It`s also highly durable and energy-efficient across a range of applications which makes for an effective use of raw materials and avoids unnecessary depletion of natural resources. Viewed across its life cycle, PVC is highly competitive in terms of its environmental impact. Several recent eco-efficiency and Life Cycle Assessment (LCA) studies on the most common applications show that, in terms of energy requirements and GWP (Global Warming Potential), PVC
Polyvinyl Chloride (PVC) Resins
2019 / 01 / 28
Polyvinyl chloride, more commonly known as PVC, is the third-most-widely produced synthetic polymer, after polyethylene and polypropylene. PVC is part of the vinyls chain, which also includes EDC and VCM. PVC resin grades can be used for rigid and flexible applications. The rigid grades of PVC are used in construction for pipe and in profile applications such as doors and window frames. It is also used for bottles, other nonfood packaging, and credit cards. PVC resin can be used in flexible applications by the addition of plasticizers. In this form, it is also used in wire and cable insulation, imitation leather, signage, inflatable products, roofing membranes, and many applications where it replaces rubber. PVC resin can combine with many additives, yielding PVC compounds that are then converted into a wide variety of forms, such as pipes, fittings, profiles, tubes, windows, doors, sidings, wire, cable, film, sheet, and flooring. This ability, together with features such as durability, nonflammability, resistance to chemicals and oil, mechanical stability, and ease of processing and molding, means that PVC is a competitive and attractive option for many end uses in construction and infrastructure, agriculture, electrical products, and healthcare. Thus, although its end-use portfolio has moved toward construction applications and away from many consumer items, PVC`s long-term future is secure. The following pie chart shows world consumption of PVC:
What should we pay attention to when using PVC foaming regulator?
2019 / 01 / 23
(Novista Acrylic Processing aids) PVC foaming regulator is a chemical product which must be used in the processing of foamed plastic products. In the use and storage of PVC foaming regulators, you must pay attention to some matters in order to ensure the quality of PVC plastic products. Especially in terms of storage. We know that in order to ensure the production of PVC plastic products, PVC foaming regulators will be purchased in bulk. The storage environment is related to the quality of PVC foaming regulator. Attentions should be payed to when storing PVC foaming regulator: First, the PVC foaming regulator will change its properties when encountering heat, so it needs to be away from flames, heat pipes, heaters, or other heat sources. Adding a PVC foaming regulator will cause dust, which can be the great damage to the body if it comes into contact with the eyes or skin. Therefore, avoid during processing. If it accidentally gets into the eyes or come into contact wit
The Commercial Applications of Expanded PVC Foam Board
2019 / 01 / 21
While PVC foam board is used across a wide spectrum of commercial applications thanks to the material`s versatility, what exactly is this type of plastic? Moreover, what are the different ways that expanded PVC foam board can be used? As it turns out, there are several benefits to this type of plastic that make it a useful material for commercial projects. Take a look: What is Expanded PVC Foam Board? Expanded PVC foam board, also known as expanded polyvinyl chloride (PVC), is a lightweight, rigid form of expanded foam polyvinyl chloride. It is commonly used for commercial purposes like digital and screen printing, laminating, vinyl lettering, signage, and more. Eco-friendly and non-toxic expanded PVC sheets provide strength, durability, and flame and chemical resistance while remaining easy to cut and shape. How is Expanded PVC Foam Board Made? Expanded PVC foam board may come in a variety of different densities; as a result, the raw ingredients used to make the plastic are mixed together under controlled conditions and then dispensed into a mold based on the desired application. The mold is then sealed, clamped shut, and placed in a large press where it is then heated. Finally, the material is expanded in a hot water bath to reach its final destiny and cured. Once cured, the blocks are cut into sheets of various thicknesses. An expanded PVC foam board can be cut to size as easily as wood, softened and shaped to fit a specific need. Not to Be Confused with Foam Board Expanded PVC foam board is often confused with foam board, but don`t get it twisted, there are vast differences between these two materials! Foam board or foamcore, consists of polystyrene foam and can have an outer facing of paper on either side. It is frequently used for light duty, indoor applications. It is also popular to use as backing material in picture framing or in photograph
The 15th edition of 3P Pakistan
2019 / 01 / 21
The 15th edition of 3P Pakistan – An event for Plastic, Printing, Packaging, Rubber and Chemical industry will take place at Lahore Expo Center at 22 – 24 March 2019. It will be the most complete show for these growing industries. The show will bring the world`s best Plastic, Printing, Packaging suppliers to Pakistan. It will also have companies involved in Rubber and Chemical industries. 3P Pakistan will be an ideal platform for companies to exhibit their products and services in front of thousands of visitors. It will have companies from all over the world which makes it an international exhibition. Visitors will get a chance to meet industry big players all under one roof. Novista will bring advanced product and technical service to attend this plas. If you are involved in pvc industry. Don't hesitate to contact me, then we can have a deep discussion in 3P plastic. Welcome to visit us. Any information you need, feel free to contact me. Andy Lee ( Senior Sales Manager) sales@novistagroup.com Novista Group Co.,ltd
The instructions and usages of Acrylic Processing Aid
2019 / 01 / 16
(Acryllic Processing Aids from Novista Group) Name of Product: Acrylic Processing aids Related names: PVC processing aid, high Molecular Weight Processing Aid, lubricant Processing Aid, transparent Processing Aid. Main components: Methacrylates, Acrylates, etc. Properties: This product is white powder, viscosity 0.2-13.5, 40 mesh screening rate >99.0, apparent density 0.35-0.55, volatile matter <1.5 Features: 1.It has good compatibility with PVC, good dispersibility, and is entangled with PVC molecular chain to promote PVC melt plasticization, effectively reduce the melt processing temperature of PVC, and improve the weather resistance of products on the basis of small energy saving; 2.It can change the melt rheological behavior of PVC material, improve the fluidity of PVC material, so that it is easier to form and extrude, ensuring the stability of long-term processing and molding; 3.It can improve the melt strength of PVC materials, avoid melt fracture, can solve surface problems
PVC plastic additives overall growth rate will maintain balance in China
2019 / 01 / 14
PVC plastic additives are the most widely used and most used plastic additives. Since pvc resin is more necessary and easier to use with other additives to improve or improve performance, PVC plastic is cheap and practical, and it is the most widely used and used in all types of plastics. Therefore, the current plastic additives are mainly PVC. Plastic additives are mainly used, accounting for about 90% of plastic additives. From the demand growth rate of PVC plastic products in China, the overall growth rate of plastic additives will be maintained at 8%-10%. Cost-effective ACM replaces low-quality CPE, and MBS achieves import substitution. In 2013, the global production and consumption of impact modifiers and processing auxiliaries reached nearly 900,000 tons, of which China's consumption accounted for more than 30%. From the perspective of the modification effect on plastic products, ACM is the best low temperature toughness and the most cost-effective product; ACR is the best comprehensive performance of impact modifier, and MBS is the impact modification that must be added to transparent products. Environmental protection standards have become stricter, and organic phosphorus-based flame retardants have ushered in development opportunities. It is estimated that by 2018, the global market capacity of flame retardants will reach 2.62 million tons, with an annual growth rate of about 5%. At present, the total production capacity of domestic flame retardants is about 500,000 tons. According to the growth rate of 10% of plastic products, the consumption of plastic flame retardants in China will reach 360,000 tons in 2016, while the current production capacity of flame retardants in China exceeds 500,000 tons. , basically meet the needs of the future growth of flame retardants. In recent years, organic phosphorus-based flame retardants have become faster and faster in place of organic halogen-based flame retardants due to their environme
several typical flame retardants
2019 / 01 / 12
(1) halogen flame retardant (2) phosphorus and phosphorus compounds (3)Inorganic Flame Retardants: aluminum hydroxide, magnesium hydroxide, expanded graphite, borate, aluminum oxalate and zinc sulfide. (4) mixed flame retardants (5) intumescent flame retardant: intumescent flame retardant system can be divided into three parts: acid source, carbon source and gas source. (6) ammonium salt flame retardants (7) nanocomposite flame retardants (8) organosilicon flame retardant
2019 / 01 / 07
Man has worked hard from the earliest times to develop synthetic materials Alchemists tried to develop new materials which would offer benefits not found in the natural products around him. PVC is one of the oldest synthetic materials with the longest history in industrial production. Its early history is of multiple and accidental discovery in different places at different times as well as unsuccessful quests for commercial application. Henry Victor Regnault discovered PVCEarly researchers accidentally discovered PVC on at least two occasions in the 19th century. The first, in 1838, was by the French physicist and chemist Henri Victor Regnault and the second in 1872 by the German Eugen Baumann. On both occasions, the polymer appeared as a white solid inside flasks of the newly discovered vinyl chloride gas that had been left exposed to sunlight. The material was difficult to work with and no one mastered the challenge of commercial applications. In 1913, German inventor Friedrich Heinrich August Klatte took out a patent on PVC. His method used polymerization of vinyl chloride with sunlight. The most significant breakthrough occurred in the United States when the company BFGoodrich hired the industrial scientist Waldo Semon to develop a synthetic replacement for the increasingly costly natural rubber. His experiments again produced polyvinyl chloride. However, the material was threatened by the recession in the 1920s and it was under threat of abandonment that Semon conceived the idea of PVC as a water resistant coating for fabrics. Sales took off quickly with a rapidly expanding product range. Demand accelerated again during the Second World War, when PVC quickly replaced traditional material to insulate wiring on military ships. During the 1950's many more companies started to produce PVC and volumes increased dramatically around the world. Developers quickly found further, innovative uses through
Difficulties in finishing polyester cotton flame-retardant fabrics
2019 / 01 / 05
Polyester cotton fabric is well received by consumers due to its excellentperformance and durability. However, because of its easy combustion, it can cause fire accidents and lead to huge losses. Therefore, the research of flame retardant finishing has received widespread attention. So far, it has been found that the flame retardant finishing of polyester cotton fabric is far more difficult than the flame retardant of any component. The main reasons are as follows: (1) the mutual heat induction of two polymers of polyester and cotton or their cracking products accelerates the spillover of the cracking products, so the ignition speed of polyester and cotton fabric is much faster than pure and pure cotton; (2) during the combustion process, the flame retardant will migrate between the two components of polyester and cotton, and therefore, it is also given to the polyester and cotton fabric. The flame retardancy caused difficulties; (3) because cotton is a non melted and non shrinkage flammable fiber, when the polyester and cotton products burn, the cotton fibers carbonized, a kind of scaffolding similar to the
The growth of demand for PVC additives industry
2019 / 01 / 02
With the development of PVC industry, especially the rapid development of plastic profile and plastic pipe industry, the demand for processing aids has also increased rapidly. At present, the PVC auxiliary industry is developing rapidly. Today, we will look at PVC processing aids and make major breakthroughs in the following four directions. (1) Super plasticizing processing aid It is suitable for large amount of filler, large external sliding dose, weak shearing force of equipment, need to greatly increase shearing force, increase the viscosity of melt strong body, and can make up for the weak shearing force of equipment and the large amount of filler in the formula. The melt viscosity is reduced, which breaks through the defects of the conventional processing aid when the plasticization speed is fast, the melt viscosity is low, and the plastic viscosity is slow when the melt viscosity is large. (2) Super melt strength processing aid It is suitable for use when the amount of filler is large, the shearing force of the equipment is strong, and the melt strength needs to be greatly increased. The processing aids are characterized by a general plasticizing speed, but a high melt viscosity, which is more than three times that of the conventional processing aid AcR-401. (3) Lubricating processing aid Lubricants, especially external lubricants, can reduce the external friction of the melt and metal surfaces, prevent the surface of the melt from rupturing, and improve the surface finish of the product. However, if the shearing force of the
Technology progress of flame retardant additives in electrolyte of lithium battery
2018 / 12 / 24
The main factors limiting the popularity of electric vehicles include prices, infrastructure, mileage and safety. In fact, prices, infrastructure and endurance can be made up and improved in other ways, and security, which is the most important concern of the users, is also an important problem that the manufacturers of electric vehicles and lithium batteries must solve. The electrolyte of lithium battery usually uses organic solvents and is flammable under overheating conditions. Therefore, adding flame retardant additives in the electrolyte is one of the most economical and effective ways to improve the safety of the battery. At present, the main components of flame retardants for lithium ion batteries include phosphates, phosphite esters, organic halogenates and phosphonitriles. Alkyl phosphates (such as TMP, TEP, etc.) are the first to study the flame retardants used in lithium ion batteries, but their viscosity is larger and the electrochemical stability is poor. It will cause negative effects on the ionic conductivity and the recycling reversibility of the electrolyte while improving the flame retardancy of the electrolyte. Using F element to replace H on alkyl to get fluorinated alkyl phosphate (such as TFP, BMP, TDP), it can improve the reduction stability and flame retardance effect of the compound. In addition, phosphoric acid cresol two phenyl ester (CDP) and phosphoric acid two phenyl octyl ester (DPOF) and other aromatic phosphate ester also has good flame retardant effect.
Send Inquiry
Mr. Ron Han
Tel:86-536-8206760
Fax:86-536-8206750
Mobile Phone:+8615336365800
Email:manager.han@novistagroup.com
Address:RM1232-1233,#4 Building No.4778 Shengli East Street, Weifang, Shandong
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.