BEX Spray Nozzles 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 |
|---|---|
| EDUCTOR PRINCIPLES: BEX eductors use a unique venturi design which enables smaller pumps to circulate large volumes of tank solution. The eductor will circulate four to five gallons of solution... | |
| SPRAY CHARACTERISTICS: BEX Airwisk nozzles produce a concentrated flat fan pattern of high impact air for cooling, drying and blow off applications. The Airwisk’s design efficiently controls compressed air usage,... | |
| SPRAY CHARACTERISTICS: A hollow cone wide angle spray pattern, emerging at right angles to the centerline of the pipe connection. The standard included angle of the spray cone is 120° | |
| SPRAY CHARACTERISTICS: ABO Series air blow-off nozzles project a flat fan-shaped curtain of gas in a direction parallel to the axis of the nozzle body. Gases most commonly used are... | |
| SPRAY CHARACTERISTICS: A wide, flat fan-shaped spray with low impact. The spray is deflected 75° away from the centerline of the pipe connection, as shown. TYPICAL APPLICATIONS: Wherever a low... | |
| SPRAY CHARACTERISTICS: A wide, flat shaped spray with low impact. The spray is deflected 75° from the centerline of the nozzle. TYPICAL APPLICATIONS: - Flooding Applications | |
| SPRAY CHARACTERISTICS: A full cone spray pattern with larger flow rates and smaller droplet sizes. Durable, one-piece, anti-clog design has no internal vane to clog or wear out. TYPICAL APPLICATIONS:... | |
| SPRAY CHARACTERISTICS: A hollow cone spray pattern for phosphating applications. This large droplet low impingement type of spray resultes in a tighter and more consistent phosphating crystalline structure. TYPICAL APPLICATIONS:... | |
| SPRAY CHARACTERISTICS: A hollow cone spray pattern with larger flow rates and smaller droplet sizes. Durable, one-piece, anti-clog design has no internal vane to clog or wear out. TYPICAL APPLICATIONS:... | |
| SPRAY CHARACTERISTICS: A hollow cone spray pattern, similar to the BEX H series, but with a wider spray angles. The included angle of the spray cone is 120° at 10... | |
| SPRAY CHARACTERISTICS: A wide angle Full cone spray pattern, with uniform distribution throughout the cone. TYPICAL APPLICATIONS: - Chemical Processing - Cooling Sprays - Continuous Casting | |
| SPRAY CHARACTERISTICS: Full cone spray pattern, with uniform distribution throughout the cone. TYPICAL APPLICATIONS: - Chemical Processing - Cooling Sprays - Foam Breaking - Continuous Casting | |
| SPRAY CHARACTERISTICS: Full cone spray pattern, with uniform distribution throughout the cone. TYPICAL APPLICATIONS: - Chemical Processing - Cooling Sprays - Foam Breaking - Continuous Casting | |
| SPRAY CHARACTERISTICS: Full cone spray pattern, with uniform distribution throughout the square cone. TYPICAL APPLICATIONS: - Chemical Processing - Cooling Sprays - Continuous Casting | |
| SPRAY CHARACTERISTICS: ILH series in-line hollow cone spray nozzles produce a very evenly distributed hollow cone spray which emerges through the center axis of the nozzle body. At lower pressures,... | |
| SPRAY CHARACTERISTICS: The HNS series vaneless full-cone nozzle projects a medium to coarse full-cone spray in a direction perpendicular to the nozzle inlet axis. The maximum free passage in this... | |
| SPRAY CHARACTERISTICS: The ZHNS series vaneless full-cone nozzle projects a medium to coarse full-cone spray in a direction perpendicular to the nozzle inlet axis. The maximum free passage in this... | |
| SPRAY CHARACTERISTICS: Wide Angle Full cone spray pattern, with uniform distribution throughout the Square cone. TYPICAL APPLICATIONS: - Chemical Processing - Cooling Sprays - Continuous Casting | |
| Spray Characteristics: A full cone spray pattern with large flow capacities. Spray angle is 120 degrees (included angle). Other sizes and spray angles available upon request. Construction: The models are... | |
| Spray Characteristics: A full cone spray pattern with large flow capacities. Spray angle is 90 degrees (included angle). Other sizes and spray angles available upon request. Construction: The models are... | |
| Spray Characteristics: A full square spray pattern with large flow capacities. Spray angle is 120 degrees (included angle). Other sizes and spray angles available upon request. Construction: The models are... | |
| Spray Characteristics: A full square spray pattern with large flow capacities. Spray angle is 90 degrees (included angle). Other sizes and spray angles available upon request. Construction: The models are... | |
| Spray Characteristics: A high capacity hollow cone spray pattern with uniform distribution. The large body orifice diameters minimize clogging Construction: One piece cast construction. Standard material is 316 stainless steel. | |
| Spray Characteristics: A hollow cone spray pattern for phosphating applications. This large droplet, low impingement type of spray results in a tighter and more consistent phosphate crystalline structure. Construction: Two... | |
| Spray Characteristics: BEX F series spray nozzles produce a flat spray pattern with spray angles of 0 degrees to 110 degrees at 40 psi. Construction: Each BEX molded nozzle is... | |
| Spray Characteristics: CW series wide angle hydraulic atomizing nozzles are precision machined to provide a very fine wide angle hollow-cone spray using only the liquid pressure for atomizing. Typical Applications:... | |
| Spray Characteristics: Full cone spray pattern with a distribution that is heavier in the middle. Spray angle remains nearly constant at pressures between 20 and 80 psi. Construction: CCS nozzles... | |
| Spray Characteristics: Full cone spray pattern, with uniform distribution throughout the cone. Construction: All models have female NPT connection, and consist of a one piece body plus an internal insert. | |
| SPRAY CHARACTERISTICS: 0° F-Series spray nozzles produce a high impact sold stream. Used in situations where maximum impact is required over a very small target area. TYPICAL APPLICATIONS: - Metal... | |
| SPRAY CHARACTERISTICS: A flat and thin fan-shaped spray with sharp definition on all edges. This spray delivers very high impact over the area covered. The spray is deflected by angle... | |
| SPRAY CHARACTERISTICS: A hollow cone pattern with low impact. BPH nozzle balls are made of glass reinforced polypropylene. Available in three models. TYPICAL APPLICATIONS: - Phosphating Applications | |
| SPRAY CHARACTERISTICS: A hollow cone spray pattern, emerging at right angles to the centerline of the pipe connection. The standard included angle of the spray cone is 70° at 10... | |
| SPRAY CHARACTERISTICS: A wide, flat fan-shaped spray with low impact. The spray is deflected 75° away from the centerline of the pipe connection, as shown. TYPICAL APPLICATIONS: Wherever a low... | |
| SPRAY CHARACTERISTICS: C series hydraulic atomizing nozzles are designed and precision machined to provide a very fine hollow-cone spray using only the liquid pressure for atomizing. TYPICAL APPLICATIONS: - Humidification/Moist... | |
| SPRAY CHARACTERISTICS: DF-Series thin-disc flat spray nozzles are used where the nozzle must not project beyond the wall of the headder pipe. Minimum recommended pipe size is 1" schedule 80. | |
| SPRAY CHARACTERISTICS: F-Series spray nozzles produce a flat, fan-shaped spray pattern, with spray angles available from 15° to 110° measured at 40 psi. Spray angles generally increase with pressure, as... | |
| SPRAY CHARACTERISTICS: Spray is fan-shaped with spray angles of 15° to 110°. Spray density tapers off toward the outside to permit overlapping of the spray patterns while maintaining uniform spray... | |
| SPRAY CHARACTERISTICS: STF-Series spray nozzles produce a flat fan-shaped spray pattern, similar to the F Series. Spray density tapers off toward the outside edges of these sprays, to permit overlapping... | |
| SPRAY CHARACTERISTICS: F-Series spray nozzles produce a flat, fan-shaped spray pattern, with spray angles available from 0° solid stream to 110° fans measured at 40 psi. Spray angles generally increase... |