sales@hu-steel.com
English
Español
| Coating Type | Coating Standard |
| Single Layer FBE |
SY/T 0315-2005, CAN/CSA Z245.20-2010, DEP 31.40.30.32-Gen-2011, ISO 21809-2-2007, API RP 5L9-2001 |
| Double Layer FBE | Q/enPC 38-2002, CAN/CSA Z245.20-2010 |
| 2LPE/2LPP Coating | SY/T 0413-2002, GB/T 23257-2009, ISO 21809-1-2009 |
| 3LPE/3LPP Coating |
SY/T 0413-2002, GB/T 23257-2009, DIN 30670-1991, CAN/CSA Z245.21-2010, ISO 21809-1-2009, NF A49-711-1992, NF A49-710-1988 |
| Concrete Weight Coating | Q/HS 3017—2008 |
| Insulation Coating | SY/T 0415-1996, CJ/T 114-2000, EN 253-1994 |
| Bitumen Coating | BS 534-1990 |
| Internal Coating | Coating Standard |
| Internal Liquid Epoxy coating | API RP 5L2-2002, DEP 31.40.30.35-Gen-2005 |
| Single Layer FBE | API RP 5L7-1988 |
| 2LPE/2LPP Coating | SY/T 0413-2002, GB/T 23257-2009, ISO 21809-1-2009 |
| Internal Cement Lining | BS 534-1990, AWWA C205-2000 |
| Bitumen Coating |
BS 534-1990 |
Epoxy Coating:
Optimal internal pipe surface temperature is created prior to epoxy coating. Another air pressure leak test is performed. Conditioned air is then introduced into the pipe to evenly distribute the epoxy coating throughout the piping system. Following the coating application, conditioned and controlled air flows through the pipes to facilitate epoxy curing.
3PE Coating Pipe has three layer PE antisepsis structure:
the first layer with epoxy powder (FBE> 100um)
the second layer with adhesive (AD), 170 - 250um
the third layer with polyethylene (PE) 2.5 ~ 3.7mm
Copyright @2017 Hunan Standard Steel Co.,Ltd and Husteel Industry Group All Rights Reserved
