Plastic White Masterbatch Color & Additive Master Batch for Film PPR Pipe

Ref Price:
$1,900.00 - 2,100.00 / m.t.
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Payment Terms:
TT or LC
Min Order Qty:
1 m.t.
Supply Capability:
40000 m.t./month

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Product Description:

Plastic White Masterbatch Color & Additive Master Batch for Film PPR Pipe

White masterbatch is made of imported Tio2 and virgin pe resin and additives production


Effect:High covering,spread evenly,strong tinting strength

Additive amount:2%-10% amount is recommened.Or adjust the dosage  as per your products performance

Application:blowing film,casting film,packing film,PP-R Pipe,ect

Packaging:Paper-plastic compound bags,or PE bags,25kg net weight/bag.


Advantage of White Masterbatch:

1.This series color masterbatches are of high concentration pigment with bright colors.

2.When they are used in resins, it shows better dispersing and stablility performance. 

3.Also the mixture has the highest mechanical intensity preservation rate. 

4.A broad standard color range available from stock as well as tailor made products develop according to customer requirements.

Features of White Masterbatch  

-Standard, universal, or custom colors  

-Carriers optimized for easy processing

-Production orders shipped in 5 days

Product Pictures of White Masterbatch


Plastic White Masterbatch Color & Additive Master Batch for Film PPR Pipe

Plastic White Masterbatch Color & Additive Master Batch for Film PPR Pipe

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Q:PVC what chemicals do you need for plastic surface treatment?
At present, the use of petroleum as raw materials of plastics, fibers, synthetic rubber and other synthetic organic polymer materials is increasing, and is still growing rapidly. But in actual use, people gradually found that this kind of material has many problems such as surface, low surface hardness and poor barrier property, difficult printing, difficult bonding, electrostatic, biocompatibility and poor surface, these problems not only seriously influence the performance of these products, but also greatly limits its application to further expand the market the.
Q:PP plastic stool surface with those raw materials, what is the ratio?
In general plastics, PP has the best heat resistance, and its thermal deformation temperature is 80-100 DEG C and can be boiled in boiling water.
Q:Plastic PPT30S add what material will increase hardness?
In general, this material will be grafted with PP-G, POE, increase the impact, plus stone powder, glass fiber, mica powder, increase hardness.
Q:What are the main raw materials of plastic products?
ABS plastic (acrylonitrile butadiene styrene) English Name: AcrylonitrileButadiene StyreneSpecific gravity: 1.05 g / cubic centimeter molding shrinkage: 0.4-0.7% molding temperature: 200-240 DEG C, drying conditions: 80-90 hours, 2 hoursThe material performance is 1, the comprehensive performance is better, the impact strength is higher, the chemical stability and the electrical performance are good. It is suitable for making general mechanical parts, reducing wear and wear parts, transmission parts and telecommunications parts
Q:What are the plastic raw materials?
This polymer is made up of many smaller and simpler molecules made of covalent bonds. There are many kinds of polymers, one is to change the Prajna heat to classification, it can be divided into two categories.
Q:What are the raw materials for producing plastic films?
Plastic film raw materials are: PVC, polyethylene, polypropylene, polystyrene and other resins.
Q:Plastic raw materials, electroplating grade round face, electroplating grade, what is the concept?
Such as ABS727 and so on. For example, plastic plating material can not add any gate material, that is because the material may be part of the carbonization, leading to local polarity reduction, will form electroplating pores.
Q:What raw material produces the plastic to the human body not to harm, to the environment does not have the pollution?
For example, light degradable plastics manufacturing methods can be divided into light degradable plastics synthetic degradable plastics and adding degradable plastics. A, ethylene copolymer / carbon monoxide (E/CO) photodegradation to ketone backbone fracture characteristics of.E/CO light degradation speed and degree and the amount of the chain, the higher the content, the degradation rate of the soon, the greater. The United States of Texas, scientists have to E/CO for outdoor exposure experiments in sunny June, the fastest E/CO only a few days can be degraded. B, ethylene / vinyl ketone copolymer (Ecolyte) keto Ecolyte molecules on the side chain can be decomposed to.Ecolyte light the degradation performance is better than E/CO in the role of natural light, but the cost is higher. This kind of polymer drawback is once see the light starts to degrade, almost no induction period, need adding antioxidants to regulate the induction period Purpose. (2) add type light degradable plastics additive light degradable plastics with a small amount of photosensitizer in the polymer, at low concentration is the degradation of photocatalytic oxidation by solar irradiation (Zi Waiguang) and react to the polyolefin polymer fracture. In PE, PP polymers such as ketones, amines and adding photosensitizer can good photodegradability. Add light degradable plastics with low cost, simple production process, do mulching better. But the degradation characteristics of the exposure surface degradation more thoroughly, some less degradation buried in the soil. The degradation of this kind of photodegradable plastics can be controlled in the induction period of two months or more. But the degradation time control is poor.
Q:What is the essential difference between plastic raw materials and engineering plastics?
Plastics can be divided into two major categories: General Plastics and engineering plastics. They are usually granular or powder in order to be easy to process before they are madeGeneral plastics refer to common plastics with large output, wide use, good formability and low price. Such as PVC, polyethylene, polypropylene, polystyrene and so on. Products made of plastic film, pipe, woven bags and plastic daily necessities. The yield and consumption of general-purpose plastics account for more than 80% of all plastics.Engineering plastics refer to plastics that meet the needs of industrial parts. Relatively speaking, they yield large, wide range of applications. Mainly ABS, polycarbonate, nylon, POM, modified polyphenylene ether, thermoplastic polyester and so on. Products have TV casing, plastic gears, optical materials, gaskets and so on.There is also a special engineering plastics, in addition to its characteristics of engineering plastics, its comprehensive performance is higher, long-term use temperature above 150 degrees celsius. It also has special functions and special uses. Mainly used in high-tech industries, such as atomic energy, rockets, satellites, aerospace, automotive, electronic and sports equipment, and other structural materials. Commonly used special engineering plastics are fluorine plastic, silicon resin, polyimide, peek, liquid crystal polymer and so on.
Q:Pollution in the production of plastic raw materials from petroleum production
Manufacturing process of resin is the number of small molecular materials (high molecular compound monomer, alkane, olefin, could also have liquid such as gasoline and diesel decomposed) by polymerization together into a polymer compound. The polymerization can be divided into polymerization and polycondensation according to the composition of monomer and the change of result.The reaction of monomer addition and polymerization is called polymerization. Condensation polymerization is the process of reaction, in addition to forming high polymer, but also produce water, alcohol, ammonia and other low molecular by-products. The composition of the polymer is different from that of the raw monomer. After polymerization, the polymers with large molecular weight can be obtained. Synthetic resins are polymers of high molecular weight. Resins can be divided into two categories according to their properties after heating: one is called thermoplastic resin, and the other is thermosetting resin. Thermoplastic resin after heating can soften, flow, repeatedly plasticization and molding, such as polyethylene, polypropylene, polystyrene, polyvinyl chloride, polyamide; thermosetting resin is soluble and fusible before processing, but in the heating, pressurizing and curing agent under the action can become insoluble and infusible, cannot be heated again softening products to curing, phenolic resin, urea formaldehyde resin, epoxy resin, unsaturated resin belongs to this kind of resin.

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