Spraying Systems Co. Datasheets for Nozzles
Nozzles alter and control the stream or spray pattern of a fluid in a spray coating or dispensing system.
Nozzles: Learn more
| Product Name | Notes |
|---|---|
| FloodJet spray nozzles feature a wide angle flat spray pattern with medium impact. They produce uniform spray distributions of medium-sized drops. A round orifice and large, unobstructed flow passages minimize... | |
| In-line style WhirlJet spray nozzles feature a wide angle hollow cone spray pattern with a ring-shaped impact area and uniform spray distribution. The spray caps are interchangeable within each inlet... | |
| In-line style WhirlJet spray nozzles future a hollow cone spray pattern with a ring-shaped impact area and uniform spray distribution. The spray caps are interchangeable within each inlet connection size... | |
| Medium capacity FullJet nozzles feature a solid cone-shaped spray pattern with a round impact area. Their uniform spray distribution of medium- to large-sized drops results from a unique vane design... | |
| Medium capacity wide angle FullJet nozzles feature a solid cone-shaped spray pattern with a round impact area and spray angles of 112º to 120º. They produce a uniform spray of... | |
| Medium capacity, square spray FullJet nozzles feature a solid cone-shaped spray pattern with a square impact area and spray angles for 61º to 82º. They produce a uniform spray of... | |
| Narrow angle FullJet nozzles feature a solid cone-shaped spray pattern with a round impact area. The narrow spray angles of the 15º and 30º Series produce uniform and coarse sprays... | |
| Narrow angle FulllJet nozzles feature a solid cone-shaped spray pattern with a round impact area. The narrow spray angles of the 15º and 30º Series produce uniform and coarse sprays... | |
| Offset-type WhirlJet spray nozzles feature a hollow cone spray pattern with a ring-shaped impact area. The caps are interchangeable within each inlet connection size group. | |
| Small Capacity extra wide angle spray WhirlJet spray nozzles produce a uniform distribution of very small- to medium-sized drops and have large, unobstructed flow passages which minimize or eliminate clogging. | |
| Small capacity FullJet nozzles feature a solid, cone-shaped spray pattern with a round impact area. Their uniform spray distribution of medium to large-sized drops results from a unique vane design... | |
| Smaller capacity, square spray FullJet nozzles feature a solid cone-shaped spray pattern with a square impact area and spray angles of 40º to 82º. They produce a uniform spray of... | |
| Standard one-piece cast-type WhirlJet spray nozzles feature a hollow cone spray pattern with a ring-shaped impact area and spray angles of 59º to 84º. They produce a uniform distribution of... | |
| Standard one-piece cast-type WhirlJet spray nozzles feature a hollow cone spray pattern with a ring-shaped impact area and spray angles of 59º to 84º. They produce a uniform distribution of... | |
| Standard VeeJet spray nozzles feature a high impact solid stream or flat spray pattern with spray angles of 0º (solid stream) to 110º at 40 psi (3 bar). They produce... | |
| Standard VeeJet spray nozzles feature a high impact solid stream with spray angles of 0º at 40 psi (3 bar). They produce a uniform distribution of small- to medium-sized drops. | |
| Standard WhirlJet spray nozzles feature a hollow cone spray patter with a ring-shaped impact area. They produce a uniform distribution of small- to medium- sized drops over a wide range... | |
| Standard WhirlJet spray nozzles feature a hollow cone spray pattern with a ring-shaped impact area. They produce a uniform distribution of small- to medium- sized drops over a wide range... | |
| The Maximum Free Passage (MFP) FullJet nozzle's patent-pending vane design provides the largest free passage of any spray nozzle of its type. As a result, the possibility of clogging is... | |
| The Model HHSJ Spiral Jet nozzle permits maximum liquid throughput for a given pipe size and the free passage design minimizes clogging. The compact size can be installed or retrofitted... | |
| The Model HHSJ SprialJet nozzle permits maximum liquid throughput for a given pipe size and the free passage design minimizes clogging. The compact size can be installed or retrofitted on... | |
| The Model HHSJX Extra Large Free Passage SpiralJet nozzles minimize the possibility of plugging in high-flow pollution control applications. With a simple one-piece design, the inlet orifice is the smallest... | |
| The polypropylene FullJet nozzle combines exceptional durability with chemical and corrosion resistance. The nozzle's glass-filled polypropylene construction also resists caking and buildup. It features a full cone spray pattern with... | |
| The polypropylene FullJet nozzle combines exceptional durability with chemical and corrosion resistance. The nozzle's glass-filled polypropylene construction also resists caking and buildup. It features a full cones spray pattern with... | |
| The Type BSJ nozzle produces a hollow cone spray pattern with spray angles ranging from 50º to an extra wide angle of 180º. These compact nozzles permit maximum liquid throughput... | |
| Vaneless FullJet nozzles feature a solid cone-shaped spray pattern with a round impact area, as well as completely unrestricted internal flow passages with no vane. Coarse spray is projected from... | |
| Wide angle FullJet nozzles feature a solid cone-shaped spray pattern with a round impact area and spray angles of 102º to 120º at 10 psi (0.7 bar). They produce a... | |
| Wide angle square spray FullJet nozzles feature a solid cone-shaped spray pattern with a square impact area and spray angles of 102º to 115º. Their uniform spray distribution of medium... | |
| Wide angle square spray FullJet nozzles feature a solid cone-shaped spray pattern with a square impact area and spray angles of 93º to 110º. Their uniform spray distribution of medium... | |
| Wide angle WhirlJet spray nozzles feature a hollow cone spray pattern with a ring-shaped impact area and a spray angles of 88º to 144º. They produce a uniform distribution of... |
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