|
|
|
| BorSafe™ PE for pressure pipes and fittings
|
|
Borouge Borsafe™ with Borstar® technology
Borouge produces the Borsafe™ range of polyethylene (PE) pipe grades, employing the unique Borstar® bimodal technology that was originally developed by our partner Borealis. This has allowed us to develop high quality regular grades, together with unique materials that are targeted at specific market segments. All of our products meet the pipe industry's demand for speed and ease of production and installation, combined with high performance to enable a system service life of at least 100 years.
Key features of Borsafe™ polyethylene pipe grades
Full compliance with international standards such as ISO 4437 for PE water supply systems and ISO 4437 for PE pipes supplying gaseous fuels
Mechanical joints can be used, but pipes and fittings should be fusion welded whenever practical to provide a continuous leak free system
Flexibility and strength that ensure structural integrity, even when subjected to a major earth movement and external loads caused by for instance earthquakes
Pipes have a smooth bore that remains smooth throughout the life of the system, reducing pumping costs and maintaining system capacity
High impact, abrasion and stress crack resistance, even at low temperatures
Employable at temperatures of up to 40ºC on a regular basis and higher temperatures in special industrial applications
Corrosion free with a high level of chemical resistance
High material performance and durability to enable a system lifetime of a least 100 years at operating temperatures of 20ºC
All Borsafe™ grades are certified for use in drinking water pipe systems, through the United Kingdom WRAS scheme which certifies that the material will not taint the water they carry and that they are suitable for being in permanent contact with potable water
BorSafe pipe joints
Borsafe pipe employed in the construction of cracking plant
Borsafe™ HE3490-LS
A high quality low sag PE100 for pipe production
Borsafe™ HE3490-LS is a PE100 pressure pipe compound that provides an excellent balance between production, installation and long-term operational properties. It is a high output material that has good low sag properties, enabling pipe producers to use only one material for their full range of pipes, from small diameter service connections to large diameter thick walled transmission pipelines. It currently forms the core of the Borouge range of BorSafeTM pipe grades.
Borsafe™ HE3490-LS is on the PE100+ Association's list of high quality PE100 materials that meet their requirements and are tested on a regular basis by independent third-party laboratories.
Borsafe™ HE3490-IM
A PE100 that flows like a PE80 for the injection moulding of fittings
Regular PE100 pipe grades have a relatively low MFR, as a result of efforts to minimise sagging of the pipe wall during production. Consequently, it is difficult to produce high quality fittings using the injection moulding process. This problem led to the development of Borsafe™ HE3490-IM, a unique PE100 that employs a hexene co-monomer and advanced polymerisation technology to dramatically improve the flow characteristics of the material.
Borsaf™ HE3490-IM enables fittings manufacturers to reduce melt temperatures by 10 to 15ºC and shorten cycle times, both improving production efficiency. The better flow characteristics result in improved weld line strength and allow for lower injection pressures and cycle times, thus reducing internal stresses, warpage and wastage. The surface finish of the fittings is improved with less flow lines, shrinkage marks and voids, creating fittings that appear as though they were produced using a PE80 material.
Borsafe™ HE3490-LS-H
A highly stress crack resistant (HSCR) PE100 for pipes facing the toughest conditions
As confidence in the use of PE100 pipes grew amongst engineers, PE100 pipes began to be used in ever more challenging environments. They are now installed using trenchless technology techniques and in trenches lacking any imported pipe bed or surround material. These tough conditions increase the risk of the pipe being scratched or scored during installation and being subjected to point loads from rocks and other hard materials during operation. Both situations can result in high stresses that cause a crack in the pipe wall. Over a long period of time, the crack can gradually grow through the wall, gradually reducing its effective thickness until it fails. This mechanism is referred to as Slow Crack Growth (SCG).
Borouge used a hexene co-monomer and advanced Borstar® polymerisation technology to develop Borsafe™ HE3490-LS-H, a low sag PE100 material that is exceptionally resistant to SCG. The notched pipe test shows that the time to failure of Borsafe™ HE3490-LS-H pipes is up to 10 times longer than that of regular PE100 pipes. HSCR materials, also referred to as PE100-RC materials, are increasingly being used for PE100 pipes that will be installed using trenchless technology or in challenging environments such as the seabed and rocky areas.
Borsafe™ HE3490-LS-H is also on the PE100+ Association's list of high quality PE100 materials that are independently tested on a regular basis and meet their stringent requirements.
Borsafe™ ME3440
A unique bimodal MDPE PE80 material for gas and water pipes and fittings
In some parts of the world, medium density PE80 pipe grades continue to be used because of their higher flexibility and ease of welding, particularly in distribution networks and service connections. Employing our Borstar® technology, we are able to produce a unique bimodal PE80 material with best in class performance.
Due to its bimodal nature, Borsafe™ ME3440 has an outstanding resistance to stress cracking, together with a high impact resistance and a hydrostatic pressure performance far exceeding the requirements of the ISO standard. Being an MDPE, Borsafe™ ME3440 has a relatively high melt flow rate (MFR), which makes processing it easier and allows the material to be used in the production of injection moulded fittings without difficulty. |
|
| Related Products |
|  PEEK/PEK
Guangzhou Jingchang Engineering Materials Co., Ltd
Heat resistance :continuous operating temperature is 260 ,if reinforced with glass fiber or carbon fiber ,it can be reaching over 300
Mechanical performance ... | |  PTFE Product
Guangzhou Jingchang Engineering Materials Co., Ltd
1. Excellent resistance to chemicals.
2. Large temperature range from -200oC up to +250.
3. Anti-adhesive surface and low friction.
4. Pure PTFE ... | |  POM Product
Guangzhou Jingchang Engineering Materials Co., Ltd
1.Fatigue resistance and high strength.
2.Excellent abradability.
3.Low water absorption.
4.Hard surface with good rigidity.
5.Stable size, with ... | |  PPS Product
Guangzhou Jingchang Engineering Materials Co., Ltd
1.Excellent chemical resistance.
2.Low creep property.
3.Low water absorption.
4.Excellent stable size.
5.High elastic and excellent molding. ... | |  PEEK Product
Guangzhou Jingchang Engineering Materials Co., Ltd
1.Low creep property.
2.High elastic and excellent molding.
3.Excellent abradability and low friction.
4.Resistant to corrosion of various mediums. ... |
|
|
|
|
主站蜘蛛池模板：
肥臀浪妇太爽了快点再快点|
好吊兆人妻|
国产亚洲3p一区二区三区|
亚洲老熟女乱女一区二区|
啪啪免费网站|
成人AV在线资源|
欧美在线aaaaaaaaa视频|
91网站在线看|
国产午夜精品无码一区二区|
亚洲色婷婷久久精品av蜜桃久久|
亚洲精品mm1313久久|
色爱无码综合网|
亚洲激情在线一区二区三区|
日韩精品中文字幕人妻|
亚洲人成网站在小说|
福清市|
亚洲国产人成在线观看69网站|
午夜成人理论无码电影在线播放|
熟妇久久无码人妻av蜜臀www|
亚洲30p|
欧美高清视频一区二区三区|
性交网址|
成人国产永久福利看片|
午夜福利国产盗摄久久性|
6699无码精品|
无码h黄肉动漫在线观看网站|
男人天堂2017手机版在线|
中文字幕人妻熟女人妻洋洋|
色人妻中文字幕|
色欲综合久久中文字幕网|
日本亚洲欧洲无免费码在线
|
一级做a爰片久久毛片人呢|
亚洲一区在线成人av|
无套后入极品美女少妇|
91导航|
在线播放无码高潮的视频|
1769国内精品视频在线播放|
婷婷99狠狠躁天天躁|
精品无码一区二区三区电影|
欧美老熟妇色XXXXX性|
友谊县|
