Truck Heavy Truck

Fully utilizing the low specific gravity and high physical balance of PDCPD, as well as the easy adhesion of assembly parts, can help achieve lightweight, improve truck fuel efficiency, and reduce emissions. Low viscosity enhances the freedom of efficient design, and from the perspective of heat resistance, improves the service life of the product. Application points:

Lightweight
High impact strength
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)
Easy to join and paint (easy to join assembly parts)
High resistance to high and low temperature

Bus Bus

Fully utilizing the low specific gravity and high physical balance of PDCPD, as well as the easy adhesion of assembly parts, can help achieve lightweight, improve truck fuel efficiency, and reduce emissions. Low viscosity enhances the freedom of efficient design, and from the perspective of heat resistance, improves the service life of the product.
Application points:

Lightweight
High impact strength
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)
Easy to join and paint (easy to join assembly parts)
High resistance to high and low temperature

Agricultural Equipment

From the perspective of material balance (rigidity, impact strength, heat resistance), production efficiency, and design freedom, it is used as a substitute for sheet metal and fiber reinforced resin in agricultural machinery. Combining the characteristics of small batches and multiple varieties, it reduces the manufacturing costs of equipment, molds, and products.
Application points:

Lightweight
High impact strength
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)
Easy to join and paint (easy to join assembly parts)
High resistance to high and low temperature

Construction Equipment

From the perspective of material balance (rigidity, impact strength, heat resistance), production efficiency, and design freedom, it is used as a substitute for sheet metal and fiber reinforced resin in agricultural machinery. Combining the characteristics of small batches and multiple varieties, it reduces the manufacturing costs of equipment, molds, and products.
Application points:

Lightweight
High impact strength
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)
Easy to join and paint (easy to join assembly parts)
High resistance to high and low temperature

Communication (communication cover)

High radio transparency performance, excellent weather resistance, lightweight performance, etc., can be used as a perfect application for communication hood radomes, replacing fiberglass as an excellent material for mass production.
Application points:

Lightweight
High impact strength
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)
Easy to join and paint (easy to join assembly parts)
High resistance to high and low temperature

Medical (equipment housing)

Due to its design flexibility, lightweight, and moldability into large shapes, PDCP is ideal for large-scale medical equipment requiring flame resistance, such as for CT and MRI.
Application points:

Lightweight
High degree of design flexibility
Significant economic benefits (molding equipment costs less than that for other methods)

Chemical pipeline

Taking full advantage of PDCPD's excellent physical properties, such as high toughness, water resistance, acid resistance, alkali resistance, etc. , the utility model is used for butterfly valve, pump casing and impeller, combined treatment purification tank, etc.
Application points:
High degree of design flexibility for large components and big thickness parts
Good water resistance 
High corrosion resistance
High impact strength

Unmanned ship-carbon fiber composite

High toughness, water resistance and weather resistance, high impact strength and lightweight properties, combined with carbon fiber to further improve the product's impact resistance and compressive properties, it is used in the manufacture of various types of unmanned boats for civil and military purposes.
Lightweight
High impact strength
High degree of design flexibility
Easy to be design and molding
High resistance to high and low temperature

Drone-Carbon Fiber Composite

High toughness, water resistance and weather resistance, high impact strength and lightweight properties, combined with carbon fiber to further improve the product's impact resistance and compressive properties, it is used in the manufacture of various types of unmanned boats for civil and military purposes.
Lightweight
High impact strength
High degree of design flexibility
Easy to be design and molding
High resistance to high and low temperature