Штуцер CGC
Описание
Штуцер CGC с двумя врезными кольцами разработан для применения в широком диапазоне технологических задач: химия, нефте-химия, энергетика, кораблестроение, микроэлектроника, аналитика и т.д.
Характеристики
Кодировка | Подсоединения | *S316 | *STEL | *BRAS | |
CGC-6M-M10-* | Hy-Lok 6mm | M10x1 | - | - | |
CGC-6M-M20-* | Hy-Lok 6mm | M20x1.5 | - | - | |
CGC-8M-M12-* | Hy-Lok 8mm | M12x1.5 | - | - | |
CGC-8M-M20-* | Hy-Lok 8mm | M20x1.5 | - | - | |
CGC-10M-M16-* | Hy-Lok 10mm | M16x1.5 | - | - | |
CGC-10M-M20-* | Hy-Lok 10mm | M20x1.5 | - | - | |
CGC-12M-M16-* | Hy-Lok 12mm | M16x1.5 | - | - | |
CGC-12M-M20-* | Hy-Lok 12mm | M20x1.5 | - | - | |
CGC-14M-M20-* | Hy-Lok 14mm | M20x1.5 | - | - | |
CGC-16M-M20-* | Hy-Lok 16mm | M20x1.5 | - | - | |
CGC-18M-M20-* | Hy-Lok 18mm | M20x1.5 | - | - |
Кодировка | Подсоединения | *S316 | *STEL | *BRAS | |
CGC-6M-2G-* | Hy-Lok 6mm | G 1/8" | - | - | |
CGC-6M-4G-* | Hy-Lok 6mm | G 1/4" | - | - | |
CGC-6M-6G-* | Hy-Lok 6mm | G 3/8" | - | - | |
CGC-6M-8G-* | Hy-Lok 6mm | G 1/2" | - | - | |
CGC-8M-4G-* | Hy-Lok 8mm | G 1/4" | - | - | |
CGC-8M-4G-* | Hy-Lok 8mm | G 1/4" | - | - | |
CGC-10M-4G-* | Hy-Lok 10mm | G 1/4" | - | - | |
CGC-10M-6G-* | Hy-Lok 10mm | G 3/8" | - | - | |
CGC-10M-8G-* | Hy-Lok 10mm | G 1/2" | - | - | |
CGC-12M-4G-* | Hy-Lok 12mm | G 1/4" | - | - | |
CGC-12M-6G-* | Hy-Lok 12mm | G 3/8" | - | - | |
CGC-12M-8G-* | Hy-Lok 12mm | G 1/2" | - | - |
Кодировка | Подсоединения | *S316 | *STEL | *BRAS | |
CGC-4-2G-* | Hy-Lok 1/4" | G 1/8" | - | - | |
CGC-4-4G-* | Hy-Lok 1/4" | G 1/4" | - | - | |
CGC-4-6G-* | Hy-Lok 1/4" | G 3/8" | - | - | |
CGC-4-8G-* | Hy-Lok 1/4" | G 1/2" | - | - | |
CGC-5-4G-* | Hy-Lok 5/16" | G 1/4" | - | - | |
CGC-5-8G-* | Hy-Lok 5/16" | G 1/2" | - | - | |
CGC-6-4G-* | Hy-Lok 3/8" | G 1/4" | - | - | |
CGC-6-6G-* | Hy-Lok 3/8" | G 3/8" | - | - | |
CGC-6-8G-* | Hy-Lok 3/8" | G 1/2" | - | - | |
CGC-8-4G-* | Hy-Lok 1/2" | G 1/4" | - | - | |
CGC-8-6G-* | Hy-Lok 1/2" | G 3/8" | - | - | |
CGC-8-8G-* | Hy-Lok 1/2" | G 1/2" | - | - |
В кодировке изделия материал корпуса обозначен символом '*'.
- S316 - Нержавеющая сталь (316-я)
- STEL - Углеродистая сталь
- BRAS - Латунь