ISO 7 Male BSPT Branch Tee To ISO 1179-1 Female BSPP Thread for Central Lubrication Systems

Split your automated grease distribution paths at perfect right angles with our heavy-duty Fitsch ISO 7 male BSPT branch tees with ISO 1179-1 female BSPP thread ports. Engineered to redirect fluid pathways safely without bottlenecking line flow, these asymmetric T-shaped street fittings let you anchor into a manifold block from the bottom leg while bridging two inline female distribution hoses across the top run. Crafted to thrive on heavy industrial machinery lines under immense stress, they confidently maintain tight, worry-free seals at continuous operating pressures reaching up to 400 bar (5,800 PSI).

Industrial Performance Features

• Hybrid Dual-Standard Engineering: Integrates an ISO 7 tapered male bottom leg that securely wedges into target manifold blocks, combined with premium ISO 1179-1 parallel female run ports for flawless profile-gasket seating.

• Asymmetrical 90° T-Branching: The branch tee configuration allows you to feed a main port straight from underneath while routing two horizontal lines clean and flush against machine frames to shield them from mechanical impacts.

• Extreme Impulse & Vibration Resistance: Solid forged steel construction eliminates the risk of joint fatigue, stress fractures, or cracking caused by cycling electronic pumps or heavy track movement.

• Anti-Corrosive B2B Coating Protection: Precision machined in premium zinc-nickel coated carbon steel or tough marine-grade 316 stainless steel to eliminate rust in harsh outdoor, marine, or mining environments.

Technical Specifications & Fitting Compatibility

Our high-volume automated lubrication system branch tee inventory is built for:

• Male Branch Leg Thread: ISO 7-1 / BS 21 / DIN 2999 Tapered Thread (e.g., R 1/8", R 1/4").

• Female Run Port Thread: ISO 1179-1 / G-Thread / BSP Parallel with elastomeric or metal-to-metal sealing recess (e.g., G 1/8", G 1/4").

• System Integration: Completely cross-compatible with multi-line progressive divider valves, high-pressure flexible hoses, and automated grease line networks.