Product Description
Butt Fusion Tee
Developed from PE, offered Butt Fusion Tee is used as suitable pipe fitting accessory for water transferring pipelines. Black in color, this PE product can be availed in maximum 1200 mm size. This tee is welded to connect with pipelines. Light in weight, this non toxic tee ensures optimum flow rate of pipelines. Being recyclable quality, this PE product is environment friendly. Application of this Butt Fusion Tee can be noticed in pipelines used in construction sites, irrigation land etc. It is also used in various drainage piping network.
| CODE | SIZE | d | L | L1 |
| BFT063063 | 63mm | 63 | 210 | 105 |
| BFT075075 | 75mm | 75 | 230 | 115 |
| BFT090090 | 90mm | 90 | 280 | 140 |
| BFT110110 | 110mm | 110 | 310 | 155 |
| 8FT125125 | 125mm | 125 | 340 | 170 |
| BFT140140 | 140mm | 140 | 352 | 176 |
| BFT160160 | 160mm | 160 | 380 | 190 |
| BFT180180 | 180mm | 180 | 420 | 210 |
| BFT200200 | 200mm | 200 | 460 | 230 |
| BFT250250 | 250mm | 250 | 550 | 275 |
| BFT280280 | 280mm | 280 | 594 | 297 |
| BFT315315 | 315mm | 315 | 670 | 335 |
Precision-Engineered for Demanding EnvironmentsConstructed from PE100/PE80 grade HDPE, this tee withstands harsh chemicals, acids, and alkalis while maintaining excellent impact resistance. Its robust non-coated, smooth surface ensures seamless flow and minimal sediment accumulation within pipelines.
Installation and Application FlexibilityUtilizing butt fusion welding for secure connections, this tee adapts easily to custom pipeline requirements in municipal, agricultural, and industrial sectors. With options in color, thickness, and length, it supports a variety of fluid and gas transfer needs.
Low Maintenance and Extended Service LifeEngineered for longevity, the HDPE material resists corrosion and UV degradation, maintaining structural integrity and minimizing maintenance requirements. Its durability and stabilized design make it a cost-effective choice over decades of use.
FAQs of Butt Fusion Tee:
Q: How is the Butt Fusion Tee installed and what equipment is required?
A: The Butt Fusion Tee is installed using a butt fusion welding machine. This process merges the ends of HDPE pipes and the tee by heating, aligning, and fusing them to create a strong, seamless joint, ensuring reliable performance and leak resistance.
Q: What applications are best suited for this HDPE Butt Fusion Tee?
A: This tee is ideal for fluid transfer in water supply, irrigation, gas distribution, plumbing, and industrial piping. Its resistance to chemicals, acids, and UV exposure allows safe usage in municipalities, agriculture, and diverse industrial settings.
Q: When should I consider using a butt fusion joint compared to other connection types?
A: Butt fusion joints are preferred when a robust, permanent, and leak-proof connection is required for HDPE piping systems, especially in applications where durability against high pressure, impact, and chemical exposure is a priority.
Q: Where can the Butt Fusion Tee be used outdoors and how does it withstand UV exposure?
A: Thanks to its UV-stabilized PE100/PE80 material, this tee is well-suited for outdoor installations, including irrigation fields, water utility infrastructure, and exposed industrial pipelines, without risk of degradation from sunlight.
Q: What benefits does the smooth internal surface provide in practice?
A: The tees smooth internal surface ensures minimal friction and prevents sediment buildup, resulting in optimal fluid flow, reduced energy consumption for pumping, and lower operational costs over the systems lifespan.
Q: What is the expected lifespan and maintenance requirement for this tee?
A: With proper installation and under normal conditions, the tee boasts a life expectancy of over 50 years. Its HDPE construction ensures low maintenance, thanks to strong resistance to scaling, corrosion, and impact damage.
Q: How does the Butt Fusion Tee handle harsh chemical environments?
A: Engineered from high-grade HDPE, the tee resists many acids, alkalis, and chemicals, making it suitable for industries dealing with aggressive substances and providing reliability where conventional materials might degrade.