Some people think that the concentration is directly proportional to the effect. Here, we use the dosage to explain to you: within a certain range, the concentration is indeed proportional to the effect, but beyond a certain range, it is not true that the concentration is directly proportional to the effect. ; the basis for saying this is that when the liquid reaches the saturation value (optimal dosage), no matter how much liquid is added to it, it will be in vain.
The following is the dosage and waterproofing effect of LZ-NO1 () used by our laboratory technicians on different fabrics:
1. Polyester fabric (golden velvet, thick knitted fabric)
|
LZ-N01 dosage |
3g/l |
5g/l |
8g/l |
10g/l |
20g/l |
30g/l |
|
Waterproof |
70 |
100 |
100 |
100 |
100 |
100 |
2. Nylon cloth (woven cloth)
|
LZ-N01 dosage |
3g/l |
5g/l |
8g/l |
|
Waterproof |
90 |
100 |
100 |
3. Polyester/cotton blended fabric (woven fabric)
|
LZ-N01 dosage |
10g/l |
20g/l |
30g/l |
40g/l |
|
Waterproof |
100 |
100 |
100 |
100 |
4. Pure cotton cloth (woven cloth)
|
LZ-N01 dosage |
10g/l |
20g/l |
30g/l |
40g/l |
60g/l |
80g/l |
|
Waterproof |
70 |
80 |
95 |
100 |
100 |
100 |
It can be seen that when using LZ-NO1 for waterproofing, the optimal dosage for knitted polyester fabric is 5g/l, the optimal dosage for woven nylon cloth is 5g/l, and the optimal dosage for woven polyester-cotton blended fabric is 10g/l. , the optimal dosage for woven pure cotton cloth is 40g/l (the optimal dosage is based on 100 points of waterproof fabric).
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