Can the Adaptor Tee with BSP Female Thread, Carbon Steel, Type A109 withstand varying temperatures in high-pressure hydraulic systems without compromising the 60° seal cone integrity?

Adaptor Tee with BSP Female Thread, Carbon Steel, Type A109 Yes — the Adaptor Tee with BSP Female Thread, Carbon Steel, Type A109 is designed to withstand varying temperatures in high‑pressure hydraulic systems without compromising the 60° seal cone integrity, provided it is used within its specified operating limits. The key factors that support its performance are: - Material and finish: Carbon steel construction offers high mechanical strength and dimensional stability across a wide temperature range; the galvanization layer adds corrosion resistance that helps maintain surface integrity around the 60° seal. - Seal geometry: The machined 60° seal cones provide precise metal‑to‑metal seating that resists distortion under thermal cycles and high pressure, preserving the sealing interface. - Application design: The product is specified for demanding hydraulic applications and extreme operating conditions, implying suitability for typical hydraulic temperature variations encountered in industry. Caveats: Long‑term exposure to temperatures beyond the manufacturer’s rated range, aggressive fluids, or repeated extreme thermal cycling can accelerate wear, reduce galvanization effectiveness, or lead to seizure/distortion that may impair the 60° cone seal. For guaranteed performance, verify the adaptor’s exact temperature and pressure ratings and compatibility with hydraulic fluid and operating schedule per manufacturer documentation.

Adaptor Tee with BSP Female Thread, Carbon Steel, Type A109

All products, High-pressure adapters/

Additional information

Material	CS – steel (cast iron)

The high-pressure tee adaptor type A109 is designed for demanding hydraulic applications, ensuring secure and reliable connections even under extreme operating conditions. Equipped with three BSP external threads featuring a 60° seal cone, it guarantees precise fit, excellent sealing performance, and minimized risk of leakage. Manufactured from robust carbon steel and finished with a durable galvanization layer, the adaptor offers outstanding resistance to corrosion, wear, and mechanical stress, significantly extending its service life. Its construction allows for easy integration into complex hydraulic systems, providing flexibility in installation and maintenance. Engineered for efficiency and durability, this adaptor is an ideal choice for industries where reliability, safety, and long-lasting performance are essential.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
TI-A109-02	Tee 3 x G threaded BSP 1/8"	-	400	In stock	Enquiry
TI-A109-04	Tee 3 x G threaded BSP 1/4"	-	400	In stock	Enquiry
TI-A109-06	Tee 3 x G threaded BSP 3/8"	-	400	In stock	Enquiry
TI-A109-08	Tee 3 x G threaded BSP 1/2"	-	350	In stock	Enquiry
TI-A109-10	Tee 3 x GZ BSP 5/8"	-	350	In stock	Enquiry
TI-A109-12	Tee 3 x G threaded BSP 3/4"	-	315	In stock	Enquiry
TI-A109-16	Tee 3 x G threaded BSP 1"	-	250	In stock	Enquiry
TI-A109-20	Tee 3 x G threaded BSP 1.1/4"	-	200	In stock	Enquiry
TI-A109-24	Tee 3 x G threaded BSP 1.1/2"	-	160	In stock	Enquiry
TI-A109-32	Tee 3 x G threaded BSP 2"	-	125	In stock	Enquiry

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The high-pressure tee adaptor type A109 is designed for demanding hydraulic applications, ensuring secure and reliable connections even under extreme operating conditions. Equipped with three BSP external threads featuring a 60° seal cone, it guarantees precise fit, excellent sealing performance, and minimized risk of leakage. Manufactured from robust carbon steel and finished with a durable galvanization layer, the adaptor offers outstanding resistance to corrosion, wear, and mechanical stress, significantly extending its service life. Its construction allows for easy integration into complex hydraulic systems, providing flexibility in installation and maintenance. Engineered for efficiency and durability, this adaptor is an ideal choice for industries where reliability, safety, and long-lasting performance are essential.