Specifications
FIBREGLASS THREADS
|
Yarn grade |
Elementary fibre nominal diameter, µm |
Complex thread fold number |
Final linear yarn density, tex |
Twist direction: S – left Z – right |
Twists per 1 m |
Specific tensile strength, mN/tex (gf/tex), min |
Weight fraction of substances eliminated by annealing, % |
Spin finish specification |
||
|
Glass type E |
||||||||||
|
ЕС4 3,4 |
4 |
2 |
6,8+5% -7% |
Z |
100±15% ,150±10% |
610(62) 610(62) |
1,1-1,9(1,4-2,5) min. 0.6 |
paraffin emulsion silan |
||
|
ЕС5 5.5
|
5
|
1, 2
|
(5,5, 11)+5% -7% |
S, Z
|
70±15%, 100±15%
|
610(62) 570(58) 570(58) |
1,1-1,9(1,4-2,5) 1,4-2,0 0,7-1,1 |
paraffin emulsion starch silan |
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|
ЕС6 6.8 |
6 |
2 |
13,6+5% -7% |
Z |
100±15% |
590(60) 590(60) |
1,1-1,9(1,4-2,5) min. 0.6 |
paraffin emulsion silan |
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|
ЕС5 11 |
5 |
1 |
11+5% -7% |
S |
50±20%, 70±15% |
610(62) 570(58) 610(62) |
1,1-1,9(1,4-2,5) 1,4-2,0 min 0.8 |
paraffin emulsion starch PKh |
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|
ЕС6 13 |
6 |
1, 2
|
(13, 26)+5% -7% |
S, Z
|
50±20%, 100±15%
|
590(60) 590(60) |
1,1-1,9(1,4-2,5) min. 0.6 |
paraffin emulsion silan |
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|
ЕС6 17 |
6 |
1, 2 |
(17, 34)+5%-7% |
S, Z |
50±20%, 100±15% |
590(60) |
1,1-1,9(1,4-2,5) |
paraffin emulsion |
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|
ЕС7 22 |
7 |
1, 2
|
(22, 44)+5% -7% |
S, Z |
40±20%, 100±15% |
470(48) 470(48) 470(48) |
1,1-1,9(1,4-2,5) 1,1-1,5 0,7-1,1 |
paraffin emulsion starch silan |
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|
ЕС6(7) 34 |
6, 7 |
1, 2, 3
|
(34, 68 102) +5% -7%
|
S, Z
|
(28,30,40,50)±20% 100±15%, 150±10%
|
590(60) 590(60) 590(60) 470(48) |
1,1-1,9(1,4-2,5) 1,0-1,4 0,7-1,1 0,7-1,4 |
paraffin emulsion starch silan NEO |
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|
ЕС9 52 |
9 |
2 |
104+5% -7% |
S |
(60, 100)±15% |
410(42) |
1,1-1,9(1,4-2,5) |
paraffin emulsion |
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|
ЕС9 54 |
9 |
1, 2, 3
|
(54, 108, 162) +5% -7% |
S, Z
|
80±15%, 100±15%, 150±10%
|
420(43) 410(42)
|
0,7-1,1 1,1-1,9(1,4-2,5)
|
silan paraffin emulsion
|
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|
ЕС9 68 |
9 |
1, 2, 3
|
(68, 136, 204) +5 -7% |
S, Z
|
40±20%, 100±15%, (110, 150)±10% |
420(43) 420(43) |
0,7-1,1 1,0-1,4 |
silan starch |
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|
ЕС9 71 |
9 |
1 |
71+5%-7% |
Z |
28±20% |
420(43) |
1,0-1,4 |
starch |
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|
ЕС10 84 |
10 |
1 |
84+5%-7% |
S |
50±20% |
370(38) |
1,1-1,9(1,4-2,5) |
paraffin emulsion |
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|
ЕС11 102 |
11 |
1 |
102 +5%-7% |
S, Z |
28±20% |
370(38) |
1,0-1,4 |
starch |
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|
ЕС9 136 |
9 |
1 |
136+5%-7% |
S, Z |
(28, 50)±20% |
420(43) 420(43) |
1,0-1,4 0,7-1,1 |
starch silan |
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|
ЕС11 200 |
11 |
3 |
600+5% -7% |
S |
60±15% |
370(38) |
0,7-1,1 |
silan |
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|
ЕС14 300 |
14 |
1 |
300+5% -7% |
Z |
20±20% |
250(25) |
0,3-0,7 |
silan |
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|
Glass type VMP |
||||||||||
|
VMPS6 7.2 |
6 |
х1х2 |
14,4+0,2-0,4 |
Z |
100±10% |
590(60) |
0,5-1,5 |
silan |
||
|
VMPS10 42 |
10 |
х2х4 |
336 |
S, Z |
55 |
370(38) |
0,5-1,5 |
silan |
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|
Нити стеклополиэфирные |
||||||||||
|
EC6-P-11.8 |
6 |
х1(6,8)х1(5,0) |
11,8+0,59-0,83 |
S |
100±15 |
590(60) |
- |
paraffin emulsion |
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|
Директ-нити |
||||||||||
|
ЕС9 68 |
9 |
1 |
68+5% -7% |
- |
- |
410(42) |
0,4-1,7 |
silan |
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|
ЕС11 108 |
11 |
1 |
108+5% -7% |
- |
- |
390(40) |
0,4-1,7 |
silan |
||
|
ЕС12 168 |
12 |
1 |
168+5% -7% |
- |
- |
370(38) |
0,4-1,7 |
silan |
||
|
ЕС13 136 |
13 |
1 |
136+5% -7% |
- |
- |
370(38) |
0,4-1,7 |
silan |
||
СТЕКЛОРОВИНГИ
|
Roving structure |
Elementary fibre nominal diameter, µm |
Final liner roving density, tex |
Number of complex fibres in a roving, pcs. |
Weight fraction of substances eliminated by annealing, % |
Specific tensile strength, mN/tex |
Weight fraction of moisture, %, max |
Winding type |
Spin finish specification |
|
Ровинги сложенные |
||||||||
|
ЕС9 600Н(Т)-30А(68) |
9 |
600±30 |
9 |
0,2-1,5 |
396(40) |
0,3 |
inside |
silan |
|
ЕС9 1000Н(Т)-30А(68) |
9 |
1000±50 |
15 |
0,2-1,5 |
396(40) |
0,3 |
inside |
silan |
|
ЕС13 2400Р-30А(400) |
13 |
2400+120-240 |
6 |
0,3-1,5 |
396(40) |
0,3 |
inside |
silan |
|
ЕС14 1440Н(Т)-30А(480) |
14 |
1440±72 |
3 |
0,2-1,5 |
396(40) |
0,3 |
inside |
silan |
|
ЕС16 1600Т-16(400) |
16 |
1600±80 |
4 |
min. 0.3 |
245(25) |
- |
inside |
starch |
|
ЕС16 4800Н-4С(600) |
16 |
4800±240 |
8 |
0,2-1,5 |
396(40) |
0,3 |
inside |
silan |
|
Директ-ровинги |
||||||||
|
ЕС11 200 |
11 |
200+5% -7% |
1 |
0,15-0,4 |
250(25) |
0,1 |
inside |
starch |
|
ЕС11 300 |
11 |
300+5% -7% |
1 |
0,4-1,5 |
300(30) |
0,1 |
inside |
silan |
|
ЕС13 400 |
13 |
400+5% -7% |
1 |
0,4-1,5 |
300(30) |
0,1 |
inside |
silan |
|
ЕС16 600 |
16 |
600+5% -7% |
1 |
0,15-0,4 |
250(25) |
0,1 |
inside |
starch |
|
ЕС18 1600 |
18 |
1600+5% -7% |
1 |
не менее 0,1 |
250(25) |
0,1 |
inside |
starch |
|
ЕС23 2400 |
23 |
2400+5% -5% |
1 |
0,4-1,2(0,4-2,0) |
250(25) |
0,1 |
inside |
silan |
ВОЛОКНО РУБЛЕНОЕ
|
Glass type |
Fibre diameter, µm |
Nominal fibre fragment length, mm |
Acceptable fragment length deviation, mm |
Undercut fibre content, % |
Weight fraction of moisture, % |
Weight fraction of substances eliminated by annealing, % |
Spin finish specification |
|
Е |
6, 10, 13, 16 |
3, 6, 9, 12, 18, 24 |
3±0,7 (6, 9)±1 12±2 (18, 24)±3 |
max 3 |
from 0.15 to 13 |
0,5-1,5 max 1.0 0,1-0,5 |
silan aqueous, dispersing in acid medium aqueous, dispersing in neutral medium |
ЭЛЕКТРОИЗОЛЯЦИОННЫЕ СТЕКЛОТКАНИ
|
Fabric grade |
Weave type |
Number of yarn strands per 10 cm, pcs. |
Weight per area unit, g/m2 |
Thickness (mm) |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % |
Width, cm |
Spin finish type (finish) |
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|
base |
woof |
base |
woof |
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|
Стеклоткани для производства фольгированных ламинатов и нефольгированных диэлектриков |
||||||||||
|
E3-180PM-19 E3-180PM-20 |
plain weave |
170+10 |
120±10 |
200±15 |
0,180±0,020 |
246(25) |
196(20) |
0,07-0,30 |
(95-127)±1% |
silan (Z 6040, Z 6224) |
|
E3-400PM-T-19 |
plain weave |
120+10 |
60±10 |
360±25 |
0,40±0,05 |
1470(150) |
539(55) |
0,3-1,1 |
107+0,5-1 |
silan Z 6040 |
|
7628L 7628М |
plain weave |
170+4 170+4 |
118±4 122±4 |
206±3 210±4 |
0,180±0,018 |
392(40) |
294(30) |
0,07-0,30 |
(96 - 132)+1-0 |
silan (Z 6040, Z 6224) |
|
7630 |
plain weave |
120+4 |
120±4 |
165±8 |
0,165±0,020 |
344(35) |
344(35) |
0,07-0,30 |
(96 - 132)+1-0 |
silan (Z 6040, Z 6224) |
|
7637 |
plain weave |
170+4 |
82±4 |
230±10 |
0,220±0,035 |
540(55) |
344(35) |
0,07-0,30 |
(96 – 132)+1,8-0 |
silan (Z 6040, Z 6224) |
|
7642 |
plain weave |
170+4 |
78±4 |
230±8 |
0,250±0,03 |
|
|
0,07-0,30 |
(96 – 132)+1,8-0 |
silan (Z 6040, Z 6224) |
|
E3-200 |
plain weave |
100+10 |
90±10 |
200+16-10 |
0,190+0,010 -0,02 |
1127(115) |
1078(110) |
1,0-1,5 |
100±1% |
textile |
|
Стеклоткани для производства гибкой изоляции |
||||||||||
|
E1-24P |
plain weave |
300+10 |
220±10 |
24±2 |
0,024±0,003 |
265(27) |
100(10) |
1,3-2,3 |
(100, 103)±1% |
textile |
|
E1-25 |
plain weave |
300+10 |
300±10 |
24±2 |
0,025±0,002 |
147(15) |
117(12) |
1,0-1,8 |
(90, 103)±1% |
textile |
|
E1-35 |
plain weave |
300+10 |
160±10 |
30±2 |
0,035±0,004 |
294(30) |
147(15) |
1,0-1,8 |
(100, 103)±1% |
textile |
|
E4-35 |
plain weave |
300+10 |
160±10 |
30±3 |
0,035±0,004 |
294(30) |
147(15) |
1,0-1,8 |
(100, 103)±1% |
textile |
|
E1-62PM-20 |
plain weave |
200+10 |
200±10 |
67±4 |
0,073±0,007 |
196(20) |
108(11) |
0,1-0,3 |
(90, 107, 127)±1% |
silan Z 6224 |
|
E2-62P |
plain weave |
200+10 |
200±10 |
67±5 |
0,062±0,005 |
392(40) |
294(30) |
1,0-1,5 |
90±1% |
textile |
|
E2/1-80P |
plain weave |
200+10 |
160±10 |
80±8 |
0,075±0,006 |
588(60) |
490(50) |
1,0-1,5 |
90±1% |
textile |
|
E4/1-80 E4/1-80P |
plain weave |
200+10 |
160±10 |
80±10 |
0,075±0,007 |
588(60) |
490(50) |
1,0-1,8 |
(90, 95) ±1% |
textile |
|
ES-38P |
plain weave |
240+10 |
140±10 |
38±4 |
0,035±0,005 |
343(35) |
117(12) |
1,2-1,8 |
(90, 103) ±1% |
textile |
|
E(s)4-40P |
plain weave |
200+10 |
110±10 |
38±4 |
0,040+0,006 - 0,002 |
294(30) |
98(10) |
1,0-1,8 |
90±1% |
textile |
|
E1/1-100PM |
plain weave |
160+10 |
165±10 |
110±6 |
0,100±0,010 |
588(60) |
588(60) |
1,0-1,5 |
107±1% |
textile |
|
E1/1-100PM-20 |
plain weave |
160+10 |
160±10 |
110±6 |
0,11±0,01 |
245(25) |
216(22) |
0,1-0,3 |
107±1% |
silan Z 6224 |
|
771 |
plain weave |
236±8 |
105±8 |
33±5 |
0,045±0,008 |
270(28) |
30(3) |
max 4.5 |
(90, 103)±1 |
textile |
|
2116 |
plain weave |
240±8 |
228±8 |
99,0-108,5 |
0,094±0,01 0,094±0,008 |
210(21,5) 206(21) |
200(20,5) 196(20) |
max 0.3
|
(100, 110, 127) ±1% (110, 120, 127)+1,3-0 |
textile silan (Z 6040, Z 6224) |
|
2165 |
plain weave |
240±8 |
205±8 |
114,3-126,5 |
0,105±0,005 0,105±0,010 |
210(21,5) 206(21) |
220(22) 196(20) |
max 0.3 |
(110, 127) ±1% (107, 110, 127)+1,3-0 |
textile silan Z 6040, Z 6224 |
|
1080 |
plain weave |
240+10 |
190±10 |
47±3 |
0,052±0,005 |
130(13) |
80(8) |
0,07-0,3 |
(107-127)+1,3-0,5 |
silan (Z 6040, Z 6224) |
|
E-130PM |
plain weave |
120+4 |
120±4 |
128±6 |
0,130±0,013 |
900(91) |
550(56) |
max 2.5 |
(100, 110)±2% |
textile |
КОНСТРУКЦИОННЫЕ СТЕКЛОТКАНИ
|
Fabric grade |
Weave type |
Number of yarn strands per 10 cm, pcs. |
Weight per area unit, g/m2 |
Thickness (mm) |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % |
Width, cm |
Spin finish type |
||
|
base |
woof |
base |
woof |
|||||||
|
Т-10-14 |
harness-satin 8/3 |
360+10 |
200±10 |
290±5% |
0,23±15% |
2940(300) |
1568(160) |
min. 0.3 |
92(+2-1)% |
aminosilane |
|
Т-11 |
harness-satin 8/3 or harness-satin 5/3 |
220+10 |
130±10 |
385±5% |
0,30±15% |
2744(280) |
1568(160) |
max 2.0 |
80,92,100 (+2-1)% |
paraffin emulsion |
|
Т-11-GVS-9 |
harness-satin 8/3 or harness-satin 5/3 |
220+10 |
130±10 |
385±5% |
0,30±15% |
1764(180) |
931(95) |
max 0.5 |
80,92,100 (+2-1)% |
vinyl silane |
|
Т-13 Т-13P |
plain weave |
160+10 |
100±10 |
285±5% |
0,27±15% |
1764(180) |
1176(120) |
max 2.0 |
92(+2-1)% |
paraffin emulsion |
|
UTS-P-30A |
harness-satin 4/3 |
200+10 |
100±10 |
243±20 |
0,19±0,02 |
2450(250) |
294(30) |
min. 0.5 |
(82,87,120)±2% |
silan |
|
SE-O-1 |
plain weave |
100+10 |
90±10 |
195±16 |
0,20±0,02 |
686(70) |
583(60) |
- |
(90,95,100)±2 |
vinyl silane |
|
TR-0.3/2-30A |
plain weave |
50±1 |
20±1 |
350±30 |
0,30±0,05 |
3200(326) |
1200(122) |
0,5-1,0 |
92±1 |
silan |
|
TR-0.7-30A |
plain weave |
30±2 |
20±2 |
830±80 |
- |
3200(326) |
2450(250) |
min. 0.5 |
90+2-1 |
silan |
|
Rovistan-30A Rovistan-30A (variation 2) |
Combined material: roving backing fabric TR-0.37-30A (TR-0.47-30A) and the main high linear density roving stitched together with the tricot weaving. |
590±30 730±40 |
- |
3500(357) 3728(380) |
1500(153) 1570(160) |
0,5-1,0 |
92±1, 102+2-0 (92, 103)±1 |
silan |
||
|
TRShP-0.7-30A TRShP-0.7-50 |
plain weave |
50+1 |
25±1 |
600±30 |
0,7+0,1-0,2 |
- |
- |
min. 0.5 |
(97, 107)±1% |
silan |
|
TR-560-30A |
plain weave |
30±1 |
30±1 |
560±40 |
0,45±0,05 |
2800(286) |
2800(286) |
min. 0.35 |
(90, 100)±2 |
silan |
|
TR-720-30A |
plain weave |
30±1 |
29±1 |
720±50 |
0,55±0,05 |
3500(357) |
3500(357) |
min. 0.35 |
(90, 100)±2 |
silan |
|
TRK-500-30A |
Combined material: roving backing fabric TR-0.32 and the main high linear density roving stitched together with the tricot weaving. |
500+30-20 |
- |
3500(357) |
1150(117) |
min. 0.3 |
92±1,5 |
silan |
||
|
Type TG-200 |
twill weave 2/2 |
170+10 |
120±10 |
210±5 |
0,180±0,018 |
1570(160) |
1250(128) |
max 1.8 |
(100-200)+2-0 |
starch |
|
TG-300-30А type |
harness-satin 8/3 |
224±10 |
210±10 |
300±20 |
0,22±0,03 |
3000(306) |
3000(306) |
max 1.4 |
(100-200)+2-0 |
silan |
|
Type TG-380 |
plain weave |
100+10 |
80±10 |
380±30 |
0,32±0,03 |
3000(306) |
2000(204) |
max 1.8 |
(100-200)±1 |
starch |
|
Type TG-430 Type TG-430-ТО Type TG-430-30А Type TG-430-30А-Z |
harness-satin 4/3 |
200+10 |
100±10 |
420±30 |
0,38±0,03 0,38±0,03 0,34±0,03 0,34±0,03 |
3920(400) 3500(357) 3920(400) 3920(400) |
1960(200) 1800(184) 1960(200) 1960(200) |
max 1.8 max 0.5 max 1.4 max 1.4 |
(100-200)+2-0 (100-200)±1 (100-200)±1 (100-200)±1 |
starch starch silan silan |
|
Type TG-530-Z |
twill weave 2/2 |
250+10 |
120±10 |
535+20-10 |
050±0,03 |
4500(459) |
2000(204) |
max 1.8 |
(100-200)±1 |
starch |
|
Type TG-600 Type TG-600-30A |
check weave |
140+10 |
140±10 |
600±40 |
0,50±0,07 |
4000(408) |
3500(357) |
max 1.8 max 1.4 |
(100-200)+2-0 (100-200)±1 |
starch silan |
|
Type TG-660 Type TG-660-ТО Type TG-660-30A |
harness-satin 8/3 |
160+10 |
160±10 |
660±40 |
0,50±0,05 0,60±0,06 0,50±0,05 |
5880(600) 5000(510) 5880(600) |
3920(400) 3500(357) 3920(400) |
max 1.8 max 0.5 max 1.4 |
(100-200)±1 (100-200)±1 (100-200)±1 |
starch starch silan |
|
Type TG-667 |
twill weave 2/2 |
200+10 |
110±10 |
667±40 |
0,60±0,05 |
5000(510) |
2600(265) |
max 1.8 |
(100-200)+2-0 |
starch |
|
Type TG-800 Type TG-800-30А |
check weave |
140+10 |
140±10 |
800±60 |
0,65±0,06 |
6000(612) |
4500(459) |
max 1.8 max 1.4 |
(100-200)±1 (100-200)±1 |
starch silan |
|
ET-700 |
plain weave |
80+10 |
60±2 |
700±50 |
min. 0.9 |
1860(190) |
1470(150) |
0,5-1,5 |
(100,150,200) +3-0 |
starch, silan |
|
ЕТ-1100 |
plain weave or basket weave |
120+10 |
60±2 |
1100±110 |
min. 1.5 |
3720(380) |
1270(130) |
0,5-1,5 |
(100,150,200) +3-0 |
starch, silan |
НИТИ ИЗ ПОЛЫХ ВОЛОКОН
|
Yarn grade |
Elementary fibre nominal diameter, µm |
Complex thread fold number |
Final linear yarn density, tex |
Twist direction: S – left Z – right |
Twists per1 m |
Tensile strength, mN/tex (gf/tex), min |
Weight fraction of substances eliminated by annealing, % |
Spin finish characteristics |
|
ESP11 9.4 x 2 Z 100 |
11 |
2 |
18,8+5%-7%
|
Z |
100±15% |
8820(900) |
max 2.5 |
paraffin emulsion |
|
ESP11 18.8 x 2 Z 100 |
11 |
2 |
37,6+5%-7% |
Z |
100±15% |
17640(1800) |
min. 0.6 |
aminosilane |
|
ESP11 18.8 x 3 Z 100 |
11 |
3 |
56,4+5%-7% |
Z |
100±15% |
26460(2700) |
min. 0.6 |
aminosilane |
|
ESP14 34 Z 40 |
14 |
1 |
34,0+5%-7% |
Z |
40±20% |
6800(694) |
max 2.5 |
paraffin emulsion |
|
ESP20 68 Z 40 |
20 |
1 |
68,0+5%-7% |
Z |
40±20% |
5780(590) |
max 2.5 |
paraffin emulsion |
СТЕКЛОТКАНИ НА ОСНОВЕ ПОЛЫХ ВОЛОКОН
|
Fabric grade |
Weave type |
Number of yarn strands per 10 cm, pcs |
Weight per area unit, g/m2 |
Thickness (mm) |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % |
Width, cm |
Spin finish type |
||
|
base |
woof |
base |
woof |
|||||||
|
T-15(P)-76 |
harness-satin 5/3 |
240+10 |
180±10 |
160±16 |
0,19±0,03 |
784(80) |
687(70) |
min. 0.6 |
(92 , 95)+2-1% |
aminosilane |
|
T-45(P)-76 |
harness-satin 5/3 |
220+10 |
160±10 |
216±16 |
0,26±0,03 |
1176(120) |
784(80) |
min. 0.6 |
(80, 95) )+2-1% |
aminosilane |
|
T-24(P) |
plain weave |
220+10 |
200±10 |
80±8 |
0,090+0,015 -0,005 |
255(25) |
255(25) |
max 3 |
(90, 95) )+2-1% |
paraffin emulsion |
|
T-300(P)-76 |
plain weave |
100+10 |
100±10 |
300±40 |
0,33±0,03 |
1280(130) |
1280(130) |
1,0-2,5 |
120±1% |
aminosilane |
СТЕКЛОТКАНИ СТРОИТЕЛЬНЫЕ
|
Fabric grade |
Weave type |
Number of yarn strands per 10 cm, pcs. |
Weight per area unit, g/m2 |
Tensile strength, N(kgf), min |
Weight fraction of moisture, % max |
Weft bending rigidity, mN·m, min |
Width, cm |
||
|
base |
woof |
base |
woof |
||||||
|
RATL-120 |
plain weave |
60+1 |
24±1 |
120+20-10 |
784(80) |
882(90) |
0,5 |
2,2 |
(100,108)±1 |
|
RATL-160 |
plain weave |
60+1 |
18±1 |
160+10-20 |
830(85) |
930(95) |
0,5 |
2,4 |
(100,108)±1 |
|
RATL-190 |
plain weave |
from 50 to 60 |
from 17 to 25 |
190+15-20 |
882(90) |
980(100) |
0,5 |
3,5 |
(100,108)±1 |
|
RATL-210 |
plain weave |
from 50 to 60 |
from 23 to 30 |
210+20-10 |
882(90) |
980(100) |
0,5 |
3,5 |
(100,108)±1 |
|
ARGIS-200 |
plain weave |
60+1 |
21±1 |
200+15-0 |
1000(102) |
1000(102) |
- |
3,7 |
100+0,5-0 |
|
TSR-100 |
plain weave |
160+10 |
70+10 |
100±15 |
490(50) |
294(30) |
- |
- |
(100,110)+2-1 |
|
TSR-120 |
plain weave |
86+10 |
80-10 |
120±15 |
500(51) |
500(51) |
- |
- |
(100,110)+1,5-1 |
|
TSR-160 |
plain weave |
160+10 |
70+10 |
160±20 |
490(50) |
490(50) |
- |
- |
(100,110)+2-1 |
|
TSR-230 |
plain weave |
100+10 |
70+10 |
230±15 |
950(97) |
800(82) |
- |
- |
(100,110)+2-1 |
|
TSR-260 |
plain weave |
120+10 |
70+10 |
260±15 |
1050(107) |
950(97) |
- |
- |
(100,110)+1,5-1 |
СТЕКЛОСЕТКИ СТРОИТЕЛЬНЫЕ
|
Mesh grade |
Weight per area unit, g/m2 |
Number of yarn strands per 10 cm, pcs. |
Tensile strength, N, min |
Weight fraction of substances eliminated by annealing, %, min |
Base and weft mesh aperture |
Width, cm |
||
|
base |
woof |
base |
woof |
|||||
|
SSSh-160 |
160+10-15 |
50+2 |
21+1,5 |
1800 |
1800 |
11 |
from 3 to 6 mm |
(100, 25) ±1 |
|
SSSh-160 class A |
160+30-0 |
50±2 |
21+1,5 |
2000 |
2000 |
18 |
from 3 to 4 mm |
100±1 |
|
SS-50 |
50±5 |
50+2 |
21±1 |
250 |
100 |
15 |
- |
100±1 |
|
SS-125 |
125+8-5 |
40+2 |
21±1 |
500 |
550 |
15 |
- |
100±1 |
СТЕКЛОСЕТКИ ДЛЯ АРМИРОВАНИЯ ОТРЕЗНЫХ КРУГОВ И СТЕКЛОМАГНЕЗИАЛЬНЫХ ЛИСТОВ
|
Mesh grade |
Weight per area unit, g/m2 |
Number of yarn strands per 10 cm, pcs. |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % max |
Width, cm |
||
|
base |
woof |
base |
woof |
||||
|
SPA-50 |
50±5 |
80+2 |
40±1 |
230(23) |
230(23) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
|
SPA-80 |
80±10 |
80+2 |
40±1 |
450(46) |
450(46) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
|
SPA-100 |
100+15-10 |
80+2 |
40±1 |
540(55) |
540(55) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
|
SPA-150 |
150±15 |
40+2 |
20±1 |
800(82) |
800(82) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
|
SPA-170 |
170±15 |
40+2 |
20±1 |
882(90) |
882(90) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
|
SPA-260 |
260±20 |
40+2 |
20±1 |
1000(102) |
1000(102) |
1,5 |
(128, 146, 164, 186)+1,5-1,0 |
ТЕПЛОИЗОЛЯЦИОННЫЕ НЕТКАНЫЕ МАТЕРИАЛЫ
|
Маты иглопробивные |
|||||||||||||||||||||||
|
Mat grade |
МассаWeight per area unit, g/m2 |
Thickness (mm) |
Weight fraction of substances eliminated by annealing, % max |
Heat conductivity under 25ºС, W(m·K), max |
Compressibility, %, maximum |
Vapour transmission rate, mg (m·h·Pa), min |
Frost resistance, cycles |
Elasticity, %, min |
Width, cm |
Roll length, m |
Temperature scope of application |
||||||||||||
|
IPM-E-6-600 |
600±12 |
6±1 |
2 |
0,030 |
35 |
0,30 |
30 |
64,8 |
(25-200) ±1 |
10-50 |
from -40 to +550ºС |
||||||||||||
|
IPM-E-6-800 |
800±12 |
6±1 |
2 |
0,031 |
33 |
0,26 |
30 |
66,7 |
|||||||||||||||
|
IPM-E-9-1000 |
1000±12 |
9±1 |
2 |
0,031 |
30 |
0,25 |
30 |
88,3 |
|||||||||||||||
|
IPM-E-9-1500 |
1500±12 |
9±1 |
2 |
0,033 |
14 |
0,25 |
30 |
66,7 |
|||||||||||||||
|
IPM-E-12-2000 |
2000±12 |
12±1 |
2 |
0,033 |
19 |
0,24 |
30 |
86,4 |
|||||||||||||||
|
IPM-E-20-3000 |
3000±12 |
20±2 |
2 |
0,039 |
10 |
0,22 |
30 |
86,9 |
|||||||||||||||
|
Полотна иглопробивные |
|||||||||||||||||||||||
|
Cloth grade |
Weight per area unit, g/m2 |
Thickness (mm) |
Tensile strength, N(kgf), min |
Heat conductivity under 25ºС, W(m·K), max |
Density, kg/m3 |
Weight fraction of substances eliminated by annealing, % max |
Width, mm |
Roll length, m |
Temperature scope of application |
||||||||||||||
|
lengthwise |
widthwise |
||||||||||||||||||||||
|
IPS-T-550 |
550±120 |
3,5±1,5 |
10(1,0) |
10(1,0) |
0,057 |
150±50 |
2,5 |
1400±35 |
min. 15 |
from -40 to +550ºС |
|||||||||||||
|
IPS-T-1000 |
1000±200 |
6,0±2 |
20(2,0) |
20(2,0) |
0,041 |
140±40 |
2,5 |
min. 15 |
|||||||||||||||
|
IPS-T-2300 |
2300±500 |
12,0+3-2 |
35(3,5) |
35(3,5) |
0,038 |
130±30 |
2,5 |
min. 10 |
|||||||||||||||
|
Полотна холстопрошивные |
|||||||||||||||||||||||
|
Cloth grade |
Weight per area unit, g/m2 |
Thickness (mm) |
Heat conductivity under 25ºС, W(m·K), max |
Width, mm |
Roll length, m |
Temperature scope of application |
|||||||||||||||||
|
PSH-T-450 |
450±30% |
from 1.3 to 4.0 |
0,050 |
(800,1000,1200,1400, 1500,1600,1800) ±2,5% |
min. 20 |
from -40 to +550ºС |
|||||||||||||||||
|
PSH-T-500 |
500±30% |
||||||||||||||||||||||
|
PSH-T-550 |
550±30% |
||||||||||||||||||||||
СТЕКЛОПЛАСТИКИ РУЛОННЫЕ
|
Fibreglass plastic grade |
Mass 1m2, g |
Polymer binding agent |
Polymer binding agent weight fraction |
Canvas width, mm |
Roll length, m |
Fire-technical performance |
Scope of application |
|
Fibreglass plastic 250 L |
250+20% -15% |
latex |
min. 20%
|
(1000,1070, 1100,1200, 1270)±20 |
200±0,5 |
Flammability class F1 Flame spreading class FS1 Combustibility class C1 Medium smoke generating capacity |
indoor pipeline insulation |
|
Fibreglass plastic 420 X
|
420+20% -15% |
chemical-resistant lacquer |
100±0,5 |
outdoor pipeline insulation |
ВЫСОКОТЕМПЕРАТУРНЫЕ КРЕМНЕЗЕМНЫЕ МАТЕРИАЛЫ
|
Ткани кремнеземные (содержание SiO2 не менее 94%) |
|||||||||||||||||||||||||||||||||||||||
|
Fabric grade |
Weave type |
Number of yarn strands per cm, pcs. |
Weight per area unit, g/m2 |
Tensile strength, N, min |
Weight fraction of Na2О, %, max |
Weight fraction of substances eliminated by annealing, % |
Width, cm |
||||||||||||||||||||||||||||||||
|
base |
woof |
base |
woof |
||||||||||||||||||||||||||||||||||||
|
KT-120 |
plain weave |
16+1 |
13±1 |
120±20 |
392 |
392 |
1,0 |
7-12 |
(88,95,100)±2 |
||||||||||||||||||||||||||||||
|
КТ-180 |
plain weave |
10+1 |
10±1 |
180±20 |
539 |
539 |
1,0 |
7-12 |
(88,95,100)±2 |
||||||||||||||||||||||||||||||
|
КТ-11-30К |
plain weave |
9±1 |
8±1 |
300±30 |
780 |
740 |
0,8 |
7-12 |
(62-210)±3 |
||||||||||||||||||||||||||||||
|
КТ-11-ТО-30К |
plain weave |
9±1 |
8±1 |
300±30 |
300 |
300 |
0,7 |
max 1.0 |
(62-210)±3 |
||||||||||||||||||||||||||||||
|
КТ-300-С |
harness-satin 8/3 |
20±1 |
14±1 |
300±30 |
690 |
540 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-300-С-V |
harness-satin 8/3 |
20±1 |
14±1 |
300±30 |
690 |
540 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-300-С-CV |
harness-satin 8/3 |
20±1 |
14±1 |
300±30 |
690 |
540 |
0,7 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-300-C-ТО |
harness-satin 8/3 |
20±1 |
14±1 |
325±25 |
490 |
340 |
0,7 |
max 1.0 |
(62-210)±2,5 |
||||||||||||||||||||||||||||||
|
КТ-600-С |
harness-satin 8/3 |
19±1 |
13±1 |
600±60 |
1370 |
1080 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-600-С-V |
harness-satin 8/3 |
19±1 |
13±1 |
600±50 |
1370 |
1080 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-600-С-CV |
harness-satin 8/3 |
19±1 |
13±1 |
600±50 |
1370 |
1080 |
0,7 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-600-С-О |
harness-satin 8/3 |
19±1 |
13±1 |
650±60 |
980 |
690 |
0,7 |
5-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-600-С-ТО |
harness-satin 8/3 |
19±1 |
13±1 |
550±100 |
980 |
690 |
0,7 |
max 1.0 |
(62-210)±2,5 |
||||||||||||||||||||||||||||||
|
КТ-1000-С |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1960 |
1470 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-1000-С-V |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1960 |
1470 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-1000-С-СV |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1960 |
1470 |
0,7 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-1000-С-О |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1960 |
1470 |
0,7 |
5-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
КТ-1000-С-ТО |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1470 |
980 |
0,7 |
max 4.0 |
(62-210)±2,5 |
||||||||||||||||||||||||||||||
|
Ткани кремнеземные (содержание SiO2 не менее 98%) |
|||||||||||||||||||||||||||||||||||||||
|
PS-120 |
plain weave |
16+1 |
13±1 |
120±25 |
392 |
392 |
0,8 |
7-12 |
(88,95,100)±2 |
||||||||||||||||||||||||||||||
|
PS-180 |
plain weave |
10+1 |
10±1 |
180±30 |
490 |
392 |
0,8 |
7-12 |
(88,95,100)±2 |
||||||||||||||||||||||||||||||
|
PS-300 |
plain weave |
9±1 |
8±1 |
300±30 |
590 |
540 |
0,8 |
7-12 |
(62-210)±3 |
||||||||||||||||||||||||||||||
|
PS-300-ТО |
plain weave |
9±1 |
8±1 |
300+40-30 |
300 |
250 |
0,7 |
max 4.0 |
(62-210)±3 |
||||||||||||||||||||||||||||||
|
PS-300-S |
harness-satin 8/3 |
20±1 |
14±1 |
325±25 |
690 |
550 |
0,7 |
7-12 |
(62-210)±3 |
||||||||||||||||||||||||||||||
|
PS-600-S |
harness-satin 8/3 |
19±1 |
13±1 |
580±40 |
1100 |
800 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-600-S-V |
harness-satin 8/3 |
19±1 |
13±1 |
600±50 |
1100 |
800 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-600-S-CV |
harness-satin 8/3 |
19±1 |
13±1 |
600±50 |
1100 |
800 |
0,7 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-600-S-ТO |
harness-satin 8/3 |
17±1 |
13±1 |
580±60 |
500 |
300 |
0,7 |
max 2.0 |
(62-210)±2,5 |
||||||||||||||||||||||||||||||
|
PS-600-S-O |
harness-satin 8/3 |
17±1 |
13±1 |
580±60 |
500 |
300 |
0,7 |
5-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1000-S |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1800 |
1400 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1000-S-V |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1800 |
1400 |
0,7 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1000-S-CV |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
1800 |
1400 |
0,7 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1000-S-ТО |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
790 |
490 |
0,7 |
max 4.0 |
(62-210)±2,5 |
||||||||||||||||||||||||||||||
|
PS-1000-S-O |
harness-satin 12/7 |
17±1 |
13±1 |
1100±100 |
790 |
490 |
0,7 |
5-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
Ткани кремнеземные из текстурированных нитей |
|||||||||||||||||||||||||||||||||||||||
|
PS-1400Т |
basket weave |
12+1 |
6±1 |
1400±140 |
740 |
340 |
0,8 |
7-12 |
(62-210)+3-2 |
||||||||||||||||||||||||||||||
|
PS-1400Т-V |
basket weave |
12+1 |
6±1 |
1400±140 |
740 |
340 |
0,8 |
7-12 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1400Т-CV |
basket weave |
12+1 |
6±1 |
1400±140 |
740 |
340 |
0,8 |
7-14 |
(62-210)±2 |
||||||||||||||||||||||||||||||
|
PS-1400Т-ТО |
basket weave |
12+1 |
6±1 |
1400±140 |
450 |
220 |
0,8 |
max 4.5 |
(62-210)+3-2 |
||||||||||||||||||||||||||||||
|
PS-1400Т-ТО-V |
basket weave |
12+1 |
6±1 |
1400±140 |
450 |
280 |
0,8 |
max 6.5 |
(62-210)+3-2 |
||||||||||||||||||||||||||||||
|
Сетки кремнеземные |
|||||||||||||||||||||||||||||||||||||||
|
Mesh grade |
Weave type |
Number of yarn groups per 10 cm, pcs |
Weight per area unit, g/m2 |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % max |
Weight fraction of Na2O, %, max |
Width, cm |
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|
base |
woof |
base |
woof |
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|
KS-11-LA |
mock gauze weave |
32±1 |
27±1 |
530±60 |
1470(150) |
980(100) |
- |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-A |
mock gauze weave |
32±1 |
27±1 |
610±50 |
1470(150) |
980(100) |
- |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-2 |
mock gauze weave |
26±1 |
22±1 |
470±60 |
1470(150) |
980(100) |
- |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-2-A |
mock gauze weave |
26±1 |
22±1 |
490±60 |
1564(160) |
1078(110) |
- |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-1.0-TO |
mock gauze weave |
34+1-0 |
30+2-0 |
540±60 |
490(50) |
392(40) |
1,5 |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-1.5-TO |
mock gauze weave |
27+1-0 |
25+2-0 |
620±60 |
490(50) |
392(40) |
1,5 |
1 |
(82, 84, 85, 88, 100)±3 |
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|
KS-11-LA-2.0-TO |
mock gauze weave |
25+1-0 |
23+2-0 |
560±60 |
490(50) |
392(40) |
1,5 |
1 |
(82, 84, 85, 88, 100)±3 |
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|
Нити кремнеземные (содержание SiO2 не менее 94%) |
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|
Yarn grade |
Final linear yarn density, tex |
Twists per 1 m |
Twist direction: S – left Z – right |
Tensile strength, N(kgf), min |
Weight fraction of substances eliminated by annealing, % |
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|
K11S6 68 |
68±5 |
200±20 |
S |
15,0(1,5) |
7-12 |
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|
K11S6 90 |
90±7 |
150±15 |
S |
20,0(2,0) |
7-12 |
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|
K11S6 136 |
136±10 |
130±13 |
S |
29,0(3,0) |
7-12 |
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|
K11S6 180 |
180±14 |
150±15 or 250±25 |
S |
39,0(4,0) |
7-12 |
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|
K11S6 180 х 2 K11S6 180 х 3 K11S6 180 х 5 |
360±28 540±42 900±69 |
20±4 or 100±15 |
Z |
69,0(7,0) 98,0(10,0) 157,0(16,0) |
7-12 |
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|
K11S6 170 BA |
170±20 |
150±15 |
S |
39,0(4,0) |
max 2 |
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|
K11S6 170 x 2 BA K11S6 170 x 3 BA |
340±40 510±60 |
100±15 |
Z |
69,0(7,0) 98,0(10,0) |
max 2 |
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|
Нити кремнеземные (содержание SiO2 не менее 98%) |
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|
PS6 136 PS9 136 |
136±10 |
130±13 |
S |
29,0(3,0) 25,0(2,5) |
7-12 |
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|
PS6 180 PS9 180 |
180±14 |
150±15 |
S |
39,0(4,0) 29,0(3,0) |
7-12 |
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|
PS6 180 х 2 PS6 180 х 3 PS9 180 х 3 PS6 180 х 5 |
360±28 540±42 540±42 900±69 |
20±4 or 100±15 |
Z |
69,0(7,0) 98,0(10,0) 88,0(9,0) 157,0(16,0) |
7-12 |
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|
PS6 170 BA |
170±20 |
150±15 |
S |
39,0(4,0) |
max 2 |
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|
Нити кремнеземные текстурированные (содержание SiO2 не менее 94%) |
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|
Yarn grade |
Elementary fibre diameter, µm |
Final linear yarn density, tex |
Specific tensile strength, mN/tex (gf/tex), min |
Weight fraction of substances eliminated by annealing, % |
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|
K11S6 540 T |
6±1 |
540 (+12-5)% |
75(8) |
7-12 |
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|
K11S6 1150 Т |
6±1 |
1150(+12-5)% |
90(9) |
7-12 |
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|
Волокно кремнеземное |
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|
Fibre grade |
Elementary fibre nominal diameter, µm |
Fibre fragment length, mm |
Weight fraction of Na2О, % max |
Weight fraction of substances eliminated by annealing, % |
Weight fraction of moisture, %, max |
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|
KV-11(6), KV-11(9) |
6±1, 9±1 |
50-100 |
0,8 |
7-12 |
3,5 |
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|
KV-11-k |
6±1 |
50-100 |
0,8 |
7-12 |
3,5 |
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|
KV-11-BA |
6±1 |
50-150 |
0,8 |
max 5 |
10 |
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|
KV-11(6-9)kr |
5-10 |
20-120 |
1,0 |
7-12 |
3,5 |
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|
KV-11(6-9) km |
5-10 |
25-100 |
1,0 |
7-12 |
3,5 |
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|
PS-23(6), PS-23(9) |
6±1, 9±1 |
50-100 150-200 |
0,8 |
7-12 |
3,5 |
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|
PS-23(6/9) kr |
5-10 |
20-120 |
1,0 |
7-12 |
3,5 |
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|
PS-23(6/9) km |
5-10 |
25-100 |
1,0 |
7-12 |
3,5 |
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|
Волокно кремнеземное рубленое |
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|
Fibre grade |
Elementary fibre nominal diameter, µm |
Fibre fragment length, mm |
Undercut fibre content, % |
Weight fraction of Na2О, %, max |
Weight fraction of substances eliminated by annealing, % |
Weight fraction of moisture, %, max |
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|
PS-23(9) |
9±1 |
(4-24)±1 |
max 2 |
0,8 |
7-12 |
max 3,5 |
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|
Полотнища противопожарные |
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|
Canvas grade |
Purpose |
Canvas dimensions (length and width)
|
Extinguishing of a typical fire source, rank 13B |
Containment of a typical fire source, rank 1A |
Container opening and full canvas unfolding time |
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|
PP-300 PP-600 PP-1000 |
For containment of burning at the initial stage of fire, for extinguishing the burning clothes on an exposed person, protection of combustible structures and equipment during fire works. |
(1,0х1,0 м; 1,0х1,5 м; 1,5х1,5 м; 1,5х2,0 м; 2,0х2,0 м)±0,02м |
within 1 minute |
within 5 minutes |
maximum 4 seconds |
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