1. Composite fiberglass reinforcement АСП 4:

Composite fiberglass reinforcement АСП 4 (d=4 mm) used for reinforcement of reinforced concrete structures with equal strength replacement of steel reinforcement class A-III.
Equivalence table of valve replacement D=4 mm.

2. Composite fiberglass reinforcement АСП 6:

Composite fiberglass reinforcement АСП 6 (d=6 mm) used for reinforcement of reinforced concrete structures with equal strength replacement of steel reinforcement class A-III.
Equivalence table of valve replacement D=6 mm.

3. Composite fiberglass reinforcement АСП 8:

Composite fiberglass reinforcement АСП 8 (d=8 mm) used for reinforcement of reinforced concrete structures with equal strength replacement of steel reinforcement class A-III.
Equivalence table of valve replacement D=8 mm.

4. Composite fiberglass reinforcement АСП 10:

Composite fiberglass reinforcement АСП 10 (d=10 mm) used for reinforcement of reinforced concrete structures with equal strength replacement of steel reinforcement class A-III.
Equivalence table of valve replacement D=10 mm.

1. Glass-basalt reinforcement AKK (CБ)-4:

Strengthened reinforcement (d = 4 mm) Glass and basalt reinforcement is a combination of two types of reinforcement: fiberglass and basalt- plastic. Its only difference from fiberglass plastic is a basalt thread, which lies on the main core of the reinforcement. This advantage determines the demand for this type of reinforcement and positions it higher in the composite reinforcement line. At equal replacement of steel reinforcement of A-III class.
Equivalence table of valve replacement D=4 mm.

2. Glass-basalt reinforcement AKK (CБ)-6:

Strengthened reinforcement (d = 6 mm) Glass and basalt reinforcement is a combination of two types of reinforcement: fiberglass and basalt- plastic. Its only difference from fiberglass plastic is a basalt thread, which lies on the main core of the reinforcement.
Equivalence table of valve replacement D=6 mm.

3. Glass-basalt reinforcement AKK (CБ)-8:

Strengthened reinforcement (d = 8 mm) Glass and basalt reinforcement is a combination of two types of reinforcement: fiberglass and basalt- plastic. Its only difference from fiberglass plastic is a basalt thread, which lies on the main core of the reinforcement. This advantage determines the demand for this type of reinforcement and positions it higher in the composite reinforcement line. At equal replacement of steel reinforcement of A-III class.
Equivalence table of valve replacement D=8 mm.

1. Mesh КСП 50*50 4 mm:

Composite mesh consists of rods of fiberglass reinforcement, perpendicular to each other. The rods have the same high quality and paremeters as our standard fiberglass reinforcement.
Advantages: Low thermal conductivity; Corrosion and technical steadiness; Lightweight (6 times lighter than a steel mesh) Strength; Durability; Easy handling (easy to cut); Many uses.

2. Mesh КСП 50*50 6 mm:

Composite mesh consists of rods of fiberglass reinforcement, perpendicular to each other. The rods have the same high quality and paremeters as our standard fiberglass reinforcement.
Advantages: Low thermal conductivity; Corrosion and technical steadiness; Lightweight (6 times lighter than a steel mesh) Strength; Durability; Easy handling (easy to cut); Many uses.

1. Decking dark brown 4 m:

Decking from wood-polymer composite (WPC) is characterized by a high mechanical rigidity, does not crack and does not rot - 100% water resistance, resistant to low and high temperatures (as well as sharp drops), does not attract insects and rodents. Decking can be processed with a conventional tool for wood (easy to cut, plane, drill, etc.), holds metal fasteners well. Despite the higher cost compared to wood, in the end, the use of the WPC decking will be cheaper both in monetary terms and in labor and time costs for its installation and operation - the service life is 25 years without the need for any cosmetic or capital works throughout the life cycle. WPC decking is the aesthetics of natural wood and the durability of modern polymers.
Scope of the WPC board is extremely wide: floorings for terraces and gazebos (including open ones), garden parquet and paths around pools / reservoirs, finishing of balconies / loggias and whole facades, benches and fences, steps - the list can be expanded by as long as fantasy goes. Almost everywhere, where wood was used in the decoration, you can use a board made of wood composite.

2. Decking Тик 4000 mm/163mm/25mm:

Decking from wood-polymer composite (WPC) is characterized by a high mechanical rigidity, does not crack and does not rot - 100% water resistance, resistant to low and high temperatures (as well as sharp drops), does not attract insects and rodents. Decking can be processed with a conventional tool for wood (easy to cut, plane, drill, etc.), holds metal fasteners well. Despite the higher cost compared to wood, in the end, the use of the WPC decking will be cheaper both in monetary terms and in labor and time costs for its installation and operation - the service life is 25 years without the need for any cosmetic or capital works throughout the life cycle. WPC decking is the aesthetics of natural wood and the durability of modern polymers.
Scope of the WPC board is extremely wide: floorings for terraces and gazebos (including open ones), garden parquet and paths around pools / reservoirs, finishing of balconies / loggias and whole facades, benches and fences, steps - the list can be expanded by as long as fantasy goes. Almost everywhere, where wood was used in the decoration, you can use a board made of wood composite

Characteristics of the line for the manufacturing of composite reinforcement:

1. Voltage: 220V;
2. Power: at startup - 8 kW, during operation ~ 5 kW;
3. Line productivity up to 12 meters per minute, depends on the diameter of the reinforcement and production technology (binder composition, polymerization temperature).

Price includes:

1. The whole set of equipment for the manufacturing of fiberglass reinforcement diameter of the manufactured reinforcement is from 4 to 22 mm. namely: - impregnation bath; die set; reinforcing rib winder (single-stage thread twisting and rib winding); polymerization furnace; cooling bath; broaching device; meter counter; rewinder to bays at 95 cm. and 1.2 m;
2. Installation of the equipment;
3. Training;
4. Providing and selecting the best technologies for you (recipes and settings);
5. Assistance with the purchase of raw materials;
6. Advisory production support.

The composition of the kit for work on the finished WPC pellet:

1. WPC SJSZ 65/132 extrusion line (without broach);
2. Die terrace board, profile for a choice;
3. Single sided grinding machine;
4. One sided embossing machine;
5. Chiller FL10A (water - air);
6. Crusher PC600 WPC;
7. 65/132 twin screw extruder extrusion line with conical screws;
8. Productivity of the line according to profiles from WPC 90-130 kg/h;
9. Personnel - 1 operator for 1-2 lines;
10. Energy consumption 30 kW/h;
11. Occupied area 20x2 meters + walkways, zones for raw materials and products;

This kit allows you to manufacture products from WPC, using the finished WPC granule as raw material. Manufacturing technology. A ready-made WPC granule is purchased. The granule is pushed into the hopper of the screw batcher of the extruder, then into the extruderUnder the influence of high temperature and friction, the granule melts, then the melt is forced through a die (mold, extrusion head), where it acquires the shape of a profile and is cooled to the curing temperature of the component. The profile passes through the calibrator and the cooling bath, then it is cut to the specified length and folded ready. After cooling, the profile is processed through grinding and embossing machines to give it a complete presentation.