UD tape: a new material that makes vehicles lighter

HC Plastics News:

Recently, Japanese chemical company Mitsui Chemical officially accelerated the introduction of new automotive materials into the market, which is a polypropylene-infiltrated UD tape. In addition to being lightweight, the UD tape has the advantages of thermoplastic molding and can be used as a structural supplement. Advice from the design stage, in addition to the use of existing UD tapes such as thermosetting resins, and the market share of PP materials with the world's top suppliers.

UD tape: a new material that makes vehicles lighter

UD tape: a new material that makes vehicles lighter

Automotive emissions are one of the main culprits for greenhouse gas sources, and they also increase the cost of the environment and manufacturers. By using new materials such as UD belts, vehicles can be made lighter to reduce carbon emissions. However, these fiber ribbons are costly and difficult to mass produce. To solve this problem, five EU-funded partners from the European Union gathered to launch a project called FORTAPE covering the entire industry chain. The project required a wide range of beneficiaries to develop new integrated technologies that make the most efficient use of materials and energy, making UD tapes even better suited for vehicles and aircraft.

The UD tape using PP is easily thermoformed, and can also be formed into a complicated shape. For the first time in an EU initiative, the use of a cost-effective method to produce unidirectional fiber ribbons for the manufacture and reinforcement of parts in cars and aircraft will make the parts lighter and more environmentally friendly. UD tapes can be used to enhance the mechanical properties of plastic parts and can also be used to make structural parts, reinforcement and thermoformed multilayers.

UD tape production focuses on three spindles: UD tape manufacturing, part manufacturing, and process and part modeling. Three different fiber impregnation techniques have been studied internationally to develop innovative processes for the manufacture of UD carbon fiber and glass fiber ribbons to increase fiber content. Using UD belts as window regulators to enhance automation will help meet the cycle and production needs of the automotive industry. At the same time, a window frame manufacturing process using fireproof polyamide UD tape was developed for the aviation industry. The production capacity of electrolytes for lithium ion secondary batteries has been enhanced on the international market, and the integrated molding technology "Prelamtac" for metal and resin, as well as practical techniques for training with small drones and smart phones, are all seeking to enter the automotive field.

Strengthening components to predict the mechanical properties of parts and the manufacturing process are key to the introduction of new materials in the automotive industry. A reduction in materials and energy consumption will reduce manufacturing costs and reduce environmental impact. The technical and economic feasibility of the process has been successfully demonstrated. In order to achieve industrial implementation, new adjustments and optimizations are needed, and the possibility of making innovation mature and marketable will continue to be explored.

Editor in charge: Yao Chunlin

1.   Hdpe Geocell  

HDPE Geocell is a new type of high-strength geosynthetics, which is popular in domestic and abroad. It is a kind of three-dimensional network structure shaped by high-strength HDPE sheets through ultrasonic welding of high strength. Currently, it is being widely used in construction, such as highway, railway, bridge, dyke, etc.

geocell for Retaining WallsGeocell for slope

Features

1. With a retractable, telescoping transport available, the construction can be tensioned into a network, fill dirt, gravel, concrete and other loose material, the structure constitutes a powerful and large lateral stiffness limit. 
2. Light weight, abrasion resistance, chemical stability, light oxidative aging, acid, suitable for different soil and desert soil conditions. 
3. High lateral limits and non-slip, anti-deformation, effectively enhance the dispersion of load carrying capacity and subgrade. 
4. Changing Geocell height, distance, etc. weld geometry can meet different project needs. 
5, flexibility, transport small; easy to join, construction speed.

Application

Slope protection
Retaining Walls 

Load Support 


Production Process

production process--grocell

Technical data

technical data of geocell

2. Geogrid

Description of Geogrid  

1. reinforce the base, efficiently allot and diffuse the pressure, prolong the using time;2. increase the load-bearing capabilities;3. avoid the base becoming deformed and creaking (for the material washed away);4. improve the endure, reduce the pressure of the blocking wall, save the cost, prolong the using time, and reduce the servicing;5. reduce the crook and track,6. be applicable of all kinds of soil

plastic geogrid

Application of  Plastic Geogrid 

1. Road surface reinforcement of road, railway and airport road;

2. Maintenance, reconstruction and widening of the old road surface;

3. Reinforcement of soil roadbed, irrigation channels and water dams.

Technical data

geogrid technical data


3. Geo mattress

Made from PP (polypropylene) or PET (polyester) high strength filament Woven Geotextile. The FP geo mattress, the water flows through the filter point will be down two pieces of fabric together. It cannot let pump liquid into filter point, for the elimination of slope seepage, eliminate the pore water pressure. This type of FP geo-mattress filling mortar, which can be widely used in the underground water level.  It is high and the permafrost area, play a protective role in dam.

application of geo mattress


43D geomat (Erosion control mat) 

Characteristics


Specification of the erosion control mat (3D Geomat)

 

Item                                          Spec

EM2

EM3

EM4

EM5

Weight per sq.m. ≥(g/m2)

220

260

350

430

Thickness ≥(mm)

10

12

14

16

Width≥(m)

2

Length ≥(m)

30

Vertical tensile strength ≥(KN/m)

0.8

1.4

2.0

3.2

Horizontal tensile strength ≥(KN/m)

0.8

1.4

2.0

3.2

Remark

The special spec or size can be manufactured according to the demands of the contract

3D geomat


3D geomat green jpg

5. Drainage Strip

Plastic vertical drain is like a cross parallel strips made of polyethylene and polypropylene as core board and wrapped by non-oven fabric as filter layer. Core board is to play a supportive role and drain the leaking water and air out of ground.                   Plastic vertical drain application            

Plastic vertical drain is inserted into soft soil foundation by drilling machine, under the upper part of the prepressure loading, The pore water in soft soil will be drained out through plastic vertical drain to the horizontal drainage system, and drain outward to accelerate the soft ground consolidation.

Plastic vertical drain


6.Composite Geomembrane 

1. Composite Geomembrane Description 

composite geomembrane is a new type of anti-seepage material made by infrared ray heat with Geotextile (PET) and geomembrane (PE .)

1) One layer geotextile and one layer membrane ; Weight of base geotextile : 100g/m2-1000gm2 ; Thickness of geomembrane :0.1mm-1.5mm .

 2) Two layers geotextile and one layer membrane ; Weight of base geotextile : 80g/m2-600gm2 ; Thickness of geomembrane :0.2mm-1.5mm .

 3) One layer geotextile and two layers membrane ; Weight of base geotextile : 100g/m2-1000gm2 ; Thickness of geomembrane :0.1mm-0.8mm .

 4) Multi-layers : Weight of base geotextile : 100g/m2-1000gm2 ; Thickness of geomembrane :0.1mm-1.5mm .

 5) Width : 4m-6m

 6) Length : 50m-100m

technical data

Product weight (g/m2)

 

 

 

 

 

 

 

400

500

600

700

800

900

1000

SPEC

1 layer geotextile+1 layer geomembrane

  

150/0.25

  

200/0.3

  

300/0.3

  

300/0.4

  

300/0.5

  

400/0.5

  

400/0.6

2 layer geotextile+1 layer geomembrane

 

100/0.2/100

 

100/0.3/100

 

150/0.3/150

 

200/0.3/200

 

200/0.4/200

 

200/0.5/200

 

200/0.5/250

Breaking strength ,kN/m

5.0

7.5

10.0

12.0

14.0

16.0

18.0

Elongation at break

                                                             30---100

Tear strength , kN

0.15

0.25

0.32

0.40

0.48

0.56

0.62

CBR Mullen burst strength

1.1

1.5

1.9

2.2

2.5

2.8

3.0

Vertical permeability coefficient

                         k *10-11~k*10-13

Hydraulic pressure

         0.4~0.6

                                 0.6~1.0

one cloth one film composite geomembrane

composite geomembrane


2.Composite Geomembrane applied range


2.1,Landscape engineering: garage top greening, roof garden, football field, golf course, beach project.

2.2, Municipal engineering: road base, subway, tunnel, landfill.

2.3, Construction engineering : upper or bottom layer of building foundation, basement wall, bedding filtration and heat insulation.

2.4, Traffic engineering: highway, railway basement, dam and slope. 


Other Geosynthetics

Geosynthetic Material,Water-Stop Belts For Construction,Durable Pvc Water-Stop Belt,Hdpe Plastic Geocell

Shandong Tianhai New Materials Engineering Co., Ltd , https://www.chinatinhy.com