Spray Nozzles Spray Control Spray Analysis Spray Fabrication

Lubrication/Cooling/Strip Wash-Off
VeeJet Flat Spray Nozzles Provide
More Surface Contact for Efficient
and Uniform Cooling
When you need to remove heat during steel forming, our VeeJet spray nozzles
are called for. Providing a flat tapered-edge spray pattern, VeeJets efficiently and
uniformly cool the entire width and length of the rolls using overlapping spray patterns.
The greater surface contact of the sprays helps utilize available water and
controls steel expansion and contraction and ultimately contour distortion.
Our VeeJet nozzles offer the added advantage of being compact. This enables positioning
a greater number of nozzles closer to the target to maximize heat removal,
prevent scouring and extend roll life.
Available in a wide variety of sizes, capacities, spray angles, materials and connection
types, VeeJet nozzles are often also used in cleaning and rinsing of pickled
strip after an acid bath.
���������������������
VeeJet Spray Nozzles – Efficient Heat Removal in Hot Strip and
Rolling Mill Applications; Effective Cleaning in Other Areas
Our VeeJet flat spray nozzles produce a uniform distribution of small- to medium-size drops in a high-impact
flat spray pattern with spray angles ranging from 15° to 110° at 40 psi (3 bar). Inlet connections range from
1/8” to 1/2”, some with quick-connect spray tips. Most commonly used in roll cooling, VeeJet nozzles are also
used in run-out tables, lubrication, strip wash and liquor flushing.
H-VV H-VVL H-U
1/8” to 1/4” NPT or BSPT (M)
• H-VV VeeJet nozzles feature flow
rates below 1 gpm at 40 psi (3.9
l/min at 3 bar).
• H-VV and H-VVL nozzles are available
with spray angles of 15° to
110° at 40 psi (3 bar).
Integral strainer
1/8” to 1/4” NPT or BSPT (M)
• H-VVL VeeJet nozzles offer the same
flow rates as the H-VV but feature a
built-in strainer.
22
1/8” to 1/2” NPT or BSPT (M)
• H-U VeeJet nozzles feature low flow
rates of 1 gpm or greater at 40 psi
(3.9 l/min at 3 bar).
• H-U nozzles feature spray angles of
15° to 110° at 40 psi (3 bar).
���������������������������������
���������������������