Section 1 Overview of the Development of Engineering Plastics

First, the development history of plastics

Second, the characteristics and application of engineering plastics

Third, the position and development prospect of engineering plastics in the plastic industry

Section 2 Performance Characteristics of Various Engineering Plastics

Section III Comparison of Commonly Used Plastics in Chinese and English and Introduction of Names and Codes of Main Additives

Part of the synthetic resin code and Chinese and English.

Second, the plasticizer code and other additives code

Chapter II ABS Engineering Plastics

Section 1 Development, Properties and Application of ABS Engineering Plastics

First, the development of ABS

Second, the performance of ABS

Third, the application of asset securitization

Section 2 Brands and Properties of ABS Resin Commonly Used at Home and Abroad

First, the domestic commonly used ABS resin brand and performance

Second, the brand and performance of ABS resin commonly used abroad

Section 3 Production Formula of ABS Engineering Plastic Products

First, ABS anti-aging formula

Second, ABS correction formula

Third, ABS flame retardant formula

Four. ABS//PVC alloy formula

V. Formula of ABSVPMI*** mixture

Formula of intransitive verb ABS flame retardant mixture

VII. Formulation of ABS/PVC***

Eight, ABSVPC*** mixture formula

Nine, ABS/ polysulfone alloy formula

X.ABS/CPE formula * * *

XI。 ABS/PBT/TPE formula * * *

Twelve. Formula of ABS/PA-6 * * *

Thirteen. Formula of ABS/PP/EVA*** mixture (to improve the drug resistance of ABS)

XIV. Formulation of TPU/ABS*** (Improving the environmental stress cracking resistance of ABS)

Chapter III Fluoroplastics

Section 1 Types, Properties and Applications of Fluoroplastics

I. Types of fluoroplastics

Second, the performance of fluoroplastics

Third, the application of fluoroplastics

Section 2 Common brands and properties of PTFE fluororesin at home and abroad

First, the domestic common brand and performance of PTFE fluororesin

Second, the common brands and properties of PTFE fluoroplastics abroad

Section III Performance, Brand and Application of Other Fluoroplastics

I. Polytrifluorochloroethylene

Second, polyvinylidene fluoride.

Third, polyvinyl fluoride.

Four, perfluoroethylene propylene * * * polymer

V tetrafluoroethylene-perfluoro (alkyl-vinyl) ether * * * polymer

Six, ethylene-tetrafluoroethylene * * * polymer

Seven, ethylene-chlorotrifluoroethylene * * * polymer

Section IV Formulation and Production Technology of Fluorocarbon Engineering Plastics

I. Formulation of PTFE

Second, the formula and production process of perfluoroethylene propylene heat shrinkable sleeve

III. Formulation of PVDF/LCP * * *

Four. Formulation and production process of organic fluoroplastic film

5. Formula and production process of PTFE filled guide rail material

6. Production process of polyvinylidene fluoride microporous membrane by solution casting method

Seven. Formula and production process of PTFE pressure-sensitive adhesive tape with load-bearing film

Eight. Formula and production process of porous fluoroplastic film

Nine. Formula for improving wear resistance of polytetrafluoroethylene

X. Formula and properties of filled PTFE

XI。 Formulation and production technology of depleted uranium material

Chapter IV Polyamide Plastics

Section 1 Types, Properties and Applications of Polyamide Resin

I. Types of Polyamide Resin

Second, the performance of polyamide resin

Third, the application of polyamide resin

Section 2 Domestic and Foreign Production Brands and Properties of Polyamide Resin

First, the brand and performance of polyamide resin produced in China

Second, the brand and performance of polyamide resin produced abroad

Section 3 Forming Technology of Various Polyamide Resins

I. Injection Extrusion Process of Nylon -6

Second, the injection and extrusion process of nylon -66

Third, other nylon processing parameters

The fourth quarter production formula of polyamide engineering plastic products

First, the filling modification formula of polyamide

Second, the toughening and strengthening formula of polyamide

Third, the flame retardant formula of polyamide

Four. Formula of glass fiber reinforced flame retardant nylon -46

Verb (abbreviation of verb) * * * Formula of mixed modified nylon -6

Sixth, the production formula of polyamide thermal elastomer

Seven. Formulation of phosphorus-containing polyamide with improved fluidity

Eight, the anti-aging formula of nylon

Nine, polyphenylene ether/polyamide alloy flame retardant formula

X. production of new engineering plastic nylon -6/6T

Chapter V Polycarbonate Plastics

Section 1 Brief History, Properties and Applications of Polycarbonate

Brief history of polycarbonate development

Second, the performance of polycarbonate

Third, the application of polycarbonate

Section 2 Production brands and properties of polycarbonate at home and abroad

First, the brand and performance of domestic PC

Second, the brand and performance of PC produced abroad

Section III Forming Process of Polycarbonate

The fourth quarter polycarbonate production formula

I. PC/ABS alloy formula

Second, PC/PO*** mixed modified formula

Three. Antistatic PC/ABS alloy formula

Formula of maleic anhydride grafted PE or PP and PC/ABS alloy

Verb (abbreviation of verb) Formula of glass fiber reinforced PC

Sixth, modify the PC formula.

Seven. Formula of titanium dioxide fiber reinforced polycarbonate

Eight, PC*** mixed formula

Nine, short carbon fiber reinforced PC formula

X. flame retardant PC/ABS formula * * *

XI。 Formula of flame retardant polycarbonate

Twelve. Formula of glass fiber reinforced PC alloy material

Chapter VI Polyoxymethylene Resin

Section 1 Brief History, Properties and Applications of Polyoxymethylene

Brief history of polyformaldehyde development

Second, the performance of polyoxymethylene

Third, the application of polyformaldehyde

Section 2 Common brands and properties of polyoxymethylene at home and abroad

First, the production brand and performance of domestic polyoxymethylene

Second, POM's foreign production brand and performance

Section 3 POM molding process

I. Extrusion molding process

Second, the injection molding process

Third, the round bar extrusion molding process

Fourth, blow molding process

Section 4 Production Formula of Polyoxymethylene Products

1. Moldability and characteristics of polyoxymethylene

Second, the toughening formula of polyoxymethylene

III. Formula of Flame Retardant Polyoxymethylene

Four. Antifriction formula

Fifth, strengthen the polyformaldehyde formula.

Vi. POM aging formula

Seven, high lubricating polyoxymethylene formula

Eight, high impact polyformaldehyde formula

Nine, anti-static POM formula

Chapter VII Thermoplastic Polyester Resin

Section 1 Types, Properties and Applications of Thermoplastic Polyester Resin

I. Types of Thermoplastic Polyester Resin

Second, the properties of thermoplastic polyester resin

Third, the application of thermoplastic polyester resin

Section 2 Production grades and properties of thermoplastic polyester resin at home and abroad

First, the brand and performance of China thermoplastic polyester resin

Second, the brand and performance of thermoplastic polyester resin produced abroad

Section 3 Processing Parameters of Thermoplastic Polyester

1. polyester processing parameters

Second, the processing parameters of PBT

Section IV Formulation of Thermoplastic Polyester Products

First, the formula of pet products

Second, the formula of PBT products

Section V Properties, Formation Conditions and Applications of Polyacrylate

I. Properties of Polyaryl Compounds

Second, the molding conditions of polyarylate

Third, the application of polyarylate

Section 6 Properties, brands, molding conditions and applications of liquid crystal polymers

First, the performance and brand of liquid crystal polymer

Second, the molding conditions of liquid crystal polymers

Third, the application of liquid crystal polymers.

Chapter VIII Other Thermoplastic Engineering Plastics

Section 1 Thermoplastic Polyimide

I. Properties of Thermoplastic Polyimide

Second, the processing of thermoplastic polyimide

Thirdly, the use of aromatic polyimide.

4. Poly (p-phenylene terephthalimide) (PMMI)

Verb (abbreviation of verb) polyamideimide (PAI)

Six, polyether imide (PEI)

Ketone plastics in the second quarter

I. Properties of ketone resins

Second, the processing of ketone resin

Third, the latest brand and performance of ketone-based resin

Fourth, the application of ketone resin

Section 3 Polysulfone Resin

First, the performance of polysulfone resin

Second, the processing of polysulfone resin

Third, the grade and brand of polysulfone resin

Fourth, the application of polysulfone resin

Verb (abbreviation of verb) other polysulfone resin

Section 4 Polyphenylene Oxide and Modified Polyphenylene Oxide

I. Properties of Polyphenylene Oxide and Modified Polyphenylene Oxide

Second, the brand and performance of polyphenylene ether and modified polyphenylene ether

3. Forming and processing of polyphenylene ether and modified polyphenylene ether

4. Modified formula of polyphenylene ether and modified polyphenylene ether

Section 5 Polyphenylene sulfide plastics

I. Performance of polyphenylene sulfide

Second, the brand and performance of polyphenylene sulfide

Third, processing of polyphenylene sulfide

Fourth, the application of polyphenylene sulfide

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