创永佳，为客户提供改性材料方案

• 1. Improve the water absorption of nylon and improve the dimensional stability of the product;
• 2. Improve the flame retardancy of nylon to meet the requirements of electronics, electrical, communications and other industries;
• 3. Improve the mechanical strength of nylon to achieve the strength of metal materials and replace metal;
• 4. Improve the low temperature resistance of nylon and enhance its ability to withstand environmental strain;

• 5. Improve the wear resistance of nylon to adapt to occasions with high wear resistance requirements;
• 6. Improve the antistatic properties of nylon to meet the requirements of mines and their mechanical applications;
• 7. Improve the heat resistance of nylon to adapt to the fields of high temperature resistance such as automobile engines;
• 8. Reduce the cost of nylon and improve product competitiveness.

Polyamide-6 has chemical and physical properties similar to nylon 66, however, it has a lower melting point and a wide process temperature range. It has better impact and dissolution resistance than nylon 66 plastic, but is also more hygroscopic. Because many quality characteristics of plastic parts are affected by hygroscopicity, it is important to take this into account when designing products using nylon 6.

In order to improve the mechanical properties of nylon 6, various modifiers are often added. Glass is the most common additive, and sometimes synthetic rubbers such as EPDM and SBR are added to improve impact resistance.

The biggest feature is that under long-term load, it has excellent dimensional stability and outstanding electrical insulation, a wide temperature range, and can be used for a long time in the range of -127~121℃ . The product has high tensile strength and impact strength, and good creep resistance. In addition, the dielectric properties of PPO rank first among plastics, and are hardly affected by temperature and humidity. The deformation temperature under load can reach above 190℃.

Suitable for photovoltaic connectors, new energy auto parts, making heat-resistant parts, insulating parts, wear-reducing parts, relays, transmission parts, medical and electronic parts.

• Injection molding, the molding temperature is 280-330 degrees, and the modified PPO molding temperature is 260-285 degrees;


• The water absorption rate is very low about 0.06%, but a small amount of water will cause the product surface to appear unsmooth such as silver threads. It is best to dry it, and the temperature should not be higher than 150 degrees, otherwise the color will be Variety;


• Poor fluidity, the molding temperature should be strictly controlled, and the mold should be heated.

The molecular structure of PPS is relatively simple. The main chain of the molecule is alternately arranged by benzene rings and sulfur atoms. A large number of benzene rings give PPS rigidity, and a large number of thioether bonds provide flexibility. Symmetrical molecular structure, easy to dry crystallization, non-polar, good electrical properties, no water absorption.

The maximum allowable working temperature in the air is very high (can work continuously at 240, and can reach 260 for a short time), maintain high mechanical strength, stiffness and hardness in high temperature environments, and have excellent corrosion resistance and hydrolysis resistance (not yet found to be below 200) Solvent for dissolving polyphenylene sulfide, extremely resistant to inorganic acids, alkalis and salts), excellent wear and friction properties, very good dimensional stability, excellent resistance to high energy radiation, good UV resistance, It has excellent electrical insulating properties with flame retardancy.

• With high strength and elastic coefficient, high impact strength, wide temperature range;


• High transparency and free dyeing;


• Low forming shrinkage and good dimensional stability;


• Poor thinness and labor resistance;


• Good weather resistance;


• Excellent electrical characteristics;


• Tasteless and odorless, harmless to the human body, in line with hygiene and safety.

• Automotive components, including fuel, transmission and engine systems, reduce weight, reduce costs and provide long service life;
• Chip capacitors, switches and miniature speakers, making high-density printed circuit board connectors;
• Used in applications with extremely high wear resistance, such as non-lubricated bearings, seals, bearing spacer rings and parts of reciprocating compressors;
• Connectors, controllers, sensors, motors and other critical electronic components.

• PPA has superior properties of strength, toughness and hardness, as well as its good heat resistance, chemical resistance and crack resistance;
• PPA can still maintain strength and hardness under high temperature and high humidity environment, and can replace metal in the use of traditional nylon and polyester;
• PPA plastic also has superior surface gloss. It can be tinted to avoid surface spraying, which helps to reduce the apparent degree of surface scratches and scratches;
• PPA plastic also has good processability and allows for short injection cycle times.


Compared to PA46

• PPA has better CTI/arc resistance and infrared cocurrent capability than PA46;
• PPA has better chemical resistance than PA46.

• There are natural color, black, general-purpose grade, enhanced grade, wear-resistant grade, uniform particle and beautiful appearance;
• POM has a very low coefficient of friction and good geometric stability, especially for gears and bearings;
• POM has high temperature resistance, so it is also used in pipeline devices (pipe valves, pump housings) lawn equipment, etc.;
• POM is a crystalline plastic with an obvious melting point. When the melting point is reached in one day, the melt viscosity decreases rapidly;
• POM is a tough and elastic material with good creep resistance, geometric stability and impact resistance even at low temperatures;
• The high degree of crystallinity of POM causes it to have a very high shrinkage rate, which can reach 2%-3.5%, and has different shrinkage rates for various reinforced materials;
• Connectors, switches, automotive electrical parts, wiper brackets, engine escutcheons, camera parts, iron covers, baking machine parts.

ABS plastic has been widely used in machinery, electrical, textile, automobile, aircraft, ship and other manufacturing industries and chemical industry.

There are two main disadvantages of polypropylene, one is that the shrinkage rate is large, which leads to poor dimensional stability of the product, which is prone to warping deformation, and the other is that it is easy to break at low temperature. Of course, compared with traditional engineering plastics, there are still disadvantages such as low modulus, poor heat resistance, poor light resistance and thermal aging properties.

PP material, through inorganic filling, elastic toughening, adding glass fiber and other modification methods, improves the strength, rigidity, heat resistance and dimensional stability of general PP, mainly used in To manufacture high-strength, high-heat-resistance products such as automotive dashboards, door inner guards, water tank masks, engine bellows, and bumpers.