Fabricant professionnel de moules pour raccords de tuyaux en plastique avec 20 ans d'expérience - Spark Mold
This Long Sweep PVC 90 Degree Elbow Mold has a relatively simple structure. Its core mechanism is a rotary core-pulling mechanism, which includes linear gears, rocker arms, plane bearings and fixed shafts. The hydraulic cylinder provides power for the linear gears. The rocker arm is fixed on the gears, and drives the slider to rotate as the gears rotate.
As shown in the video, when the mold is opened, the angle pin drives the slider on the movable mold to retreat a distance. The core of the 90 Degree Elbow socket is separated. The hydraulic cylinder drives the linear gear to rotate. The rocker arm fixed on the gear rotates and drives the slider to rotate. The core inside the elbow is also separated from the product.
A standard PVC 90 degree elbow makes a sharp, 90-degree turn, which can cause turbulence, backpressure, and increased energy consumption in fluid systems. In contrast, a Long Sweep Elbow features a gradual, curved bend, reducing friction by up to 50% compared to sharp elbows. This design is ideal for:
Water supply systems (residential and commercial);
Irrigation networks (agriculture, landscaping);
Industrial process piping (chemicals, wastewater);
HVAC and ventilation ducting;
When sourcing a PVC 90 degree elbow mold for Long Sweep Elbow production, manufacturers prioritize:
Cooling System Optimization – Ensures rapid, uniform cooling for defect-free parts.
Ease of Maintenance – Quick-change inserts and corrosion-resistant coatings extend mold lifespan.
Investing in a premium PVC 90 degree elbow mold not only enhances product quality but also lowers long-term manufacturing costs—a win-win for producers and end-users.
Whether you’re a contractor seeking reliable components or a producer aiming to elevate your product line, investing in a PVC 90 degree elbow mold for Long Sweep Elbow production is a strategic move toward excellence.
Ready to transform your PVC fitting manufacturing? Partner with a mold specialist who understands the science of precision engineering—because in the world of fluid dynamics, every curve counts.