Textile Chopped Strands are filled into plastic bags, or big bags, and packed either into cardboard boxes, cardboard octabins (unit packaging), placed on wooden pallets or into metal transport boxes (property of Saint-Gobain Vetrotex). The weight per plastic bag or box can be adapted to customer’s requirements. A label is fixed to each cardboard box or plastic bag, showing the following data: Product designation; Chopping length; Net weight; Date of production
Textile chopped strands
Vetrotex textile chopped strands are made from continuous E-Glass filaments treated with textile size (starch/oil-based). The filament strands are chopped in a determined length from 3mm up to 24mm max.
Textile chopped strands are subject to our proven internal process and product specification. It is guaranteed that only E-Glass treated with textile size is used to produce these filaments.
The material must be free from soiled fibers and any foreign matters.
Product Range
VETROTEX AMERICA
|
S/I units (tex) type & t.p.m
|
Size system
|
Inch pounds units type & t.p.i
|
Length / package mm
|
Length / package inches
|
Loss on ignition (%)
|
Moisture (%)
|
Packaging type
|
|---|---|---|---|---|---|---|---|
|
EC6 6 mm
|
TC03M
|
ECDE 1/4 in.
|
6
|
0,24
|
0,60
|
8
|
M2, M3, M4
|
|
EC6 12mm
|
TC03M
|
ECDE 1/2 in.
|
12
|
0,47
|
0,60
|
8
|
M1, M2
|
|
EC6 3 mm
|
TC05M
|
ECDE 1/8 in.
|
3
|
0.12
|
0,13
|
9
|
M1, M2
|
|
EC6 6 mm
|
TC05M
|
ECDE 1/4 in.
|
6
|
0.24
|
0,13
|
9
|
M1, M2
|
|
EC7 3 mm
|
TC05M
|
ECE 1/8 in.
|
3
|
0.12
|
0,13
|
9
|
M1
|
|
EC7 6 mm
|
TC05M
|
ECE 1/4 in.
|
6
|
0.24
|
0,13
|
9
|
M1
|
Vetrotex Czech Republic
|
S/I units (tex) type & t.p.m
|
Size system
|
Inch pounds units type & t.p.i
|
Length / package mm
|
Length / package inches
|
Loss on ignition (%)
|
Moisture (%)
|
Packaging type
|
|---|---|---|---|---|---|---|---|
|
EC6 3 mm
|
T30C
|
ECDE 0.12 in.
|
3
|
0.12
|
1,00
|
< 0,2
|
B1, H2
|
|
EC6 4.5 mm
|
T30C
|
ECDE 0.18 in.
|
4,5
|
0.18
|
1,00
|
< 0,2
|
K1, B4, B5, K6, H1
|
|
EC6 6 mm
|
T30C
|
ECDE 0.24 in.
|
6
|
0.24
|
1,00
|
< 0,2
|
B1, B2, K1, BV6, K3, H2, H5
|
|
EC 4.5 mm
|
Textile
|
EC 0.18 in.
|
4,5
|
0.18
|
1,00
|
< 0,2
|
K1
|
|
EC 6 mm
|
Textile
|
EC 0.24 in.
|
6
|
0.24
|
1,00
|
< 0,2
|
B3, B6, B7, K1, K3
|
|
EC9 12 mm
|
Textile
|
EC 0.47 in.
|
12
|
0.47
|
1,00
|
< 0,2
|
B7, K1
|
|
EC 6 mm
|
TD22C
|
EC 0.24 in.
|
6
|
0.24
|
0,70
|
< 0,2
|
B7
|
|
EC 12 mm
|
TD22C
|
EC 0.47 in.
|
12
|
0.47
|
0,70
|
< 0,2
|
B7
|
|
EC 24 mm
|
TD22C
|
EC 0.96 in.
|
24
|
0.96
|
0,70
|
< 0,2
|
B7
|
PACKAGING INFORMATION
Packing information
|
S/I units (tex) type & t.p.m
|
Size system
|
Inch pounds units type & t.p.i
|
Length / package mm
|
Length / package inches
|
Loss on ignition (%)
|
Moisture (%)
|
Packaging type
|
|---|---|---|---|---|---|---|---|
|
EC6 3 mm
|
T30C
|
ECDE 0.12 in.
|
3
|
0.12
|
1,00
|
< 0,2
|
B1, H2
|
|
EC6 4.5 mm
|
T30C
|
ECDE 0.18 in.
|
4,5
|
0.18
|
1,00
|
< 0,2
|
K1, B4, B5, K6, H1
|
|
EC6 6 mm
|
T30C
|
ECDE 0.24 in.
|
6
|
0.24
|
1,00
|
< 0,2
|
B1, B2, K1, BV6, K3, H2, H5
|
|
EC 4.5 mm
|
Textile
|
EC 0.18 in.
|
4,5
|
0.18
|
1,00
|
< 0,2
|
K1
|
|
EC 6 mm
|
Textile
|
EC 0.24 in.
|
6
|
0.24
|
1,00
|
< 0,2
|
B3, B6, B7, K1, K3
|
|
EC9 12 mm
|
Textile
|
EC 0.47 in.
|
12
|
0.47
|
1,00
|
< 0,2
|
B7, K1
|
|
EC 6 mm
|
TD22C
|
EC 0.24 in.
|
6
|
0.24
|
0,70
|
< 0,2
|
B7
|
|
EC 12 mm
|
TD22C
|
EC 0.47 in.
|
12
|
0.47
|
0,70
|
< 0,2
|
B7
|
|
EC 24 mm
|
TD22C
|
EC 0.96 in.
|
24
|
0.96
|
0,70
|
< 0,2
|
B7
|
Vetrotex Booklet
PDF | 70 pages | 1.94 MB
Related Technologies
-
Other technologies
When utilizing textile chopped strands in the production of filtration media, various technologies can be employed to incorporate and process these strands effectively. Here are a few commonly used technologies: Wet-Laid Technology, Spunlaid Technology, Needlepunching Technology, Thermal Bonding Technology.
These technologies, among others, offer different approaches to incorporate and process textile chopped strands, enabling the production of filtration media with specific characteristics such as filtration efficiency, strength, porosity, and stability. The choice of technology depends on factors such as the desired properties of the filtration media, the type of fibers being used, and the intended application.
