QFYMF Enhanced Grip Quick-Release Multi-Slotted Precision Control Spray Nozzle - QF Series

LORRIC QF Series Multi-Slotted Core Solid Cone Nozzle offers a quick-release design with a Y-shaped non-slip handle for easy twisting. It provides uniform flow and spray, ideal for semiconductor and PCB manufacturing, acid washing, and chemical spraying.

Brand：	LORRIC
Nozzle Type：	Solid Cone
Fluid Type：	Single-fluid
Materials：	Nozzle - PVDF
	Center Blade - PVC, PEEK(Customized)
Thread Standards：	BSPT

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Multi-slotted Core Cone Spray Nozzle

Liquid flows through the nozzle's multi-slotted core, creating rotating streams. Centrifugal force forms a circular spray pattern. The core ensures uniform flow and spray, ideal for semiconductor processes, chemical distribution, cleaning, and cooling.

Full Cone Spray Nozzle Spray Pattern

Single-fluid nozzles produce a conical spray shape, known as solid cone nozzles, resulting in a circular pattern.

Mountain-Shaped Flow Distribution

The Full Cone Spray Nozzle has maximum spray volume in the center, decreasing towards the edges, forming a mound-shaped distribution. Ideal for concentrated impact applications like surface cleaning. For uniform spraying, install nozzles closer together to overlap coverage areas and improve uniformity.distribution.

Multiple Flow Rates Available

The fan spray nozzle offers a wide range of flow rates. For example, at a standard design pressure of 2 Kg/cm², the flow rates range from 1 Lpm to 5.5 Lpm. (For other flow rate requirements, please refer to the specification sheet or contact us directly.)

Offers 0° to 120° Spray Angles

The solid cone nozzle offers 0° to 120° spray angles. A 0° angle provides a straight jet with a single-point spray, delivering the highest impact among all nozzle types. The 120° angle offers the widest coverage, while the standard 60° angle provides balanced impact and coverage. For specific specs, contact us.

Quick-release design, snap-lock positioning, prevents water leakage

The two-piece quick-release design features three snap-lock points between the nozzle and the base, allowing for tool-free assembly and disassembly, precise positioning, and convenient maintenance.

Nozzle Tip material: PVDF
Oring material: EPDM, Viton, FEPM
Multi-slotted core center blades: PVC, PEEK (Suitable for environments below 250°C/482°F and high-corrosion chemical usage, customizable).
Four bodies types available

4 Types of Bodies to Choose From, Meeting Different Needs!

The QF series offers 4 body types, with the QF thread body being the most popular due to its compatibility with various standard fittings and piping systems, alongside 3 welding bodies.

QFSA Welding Body Material: UPVC
QF Thread Body
Material: PVDF, PP, UPVC
Thread Sizes: 1/4", 1/8", 3/8"
QFWG Positioning Welding Body Material: UPVC
QFWG Welding Body Material: UPVC

4 Types of Bodies to Choose From, Meeting Different Needs!

About engineering tolerance

Flowrate tolerance

The flow tolerance is within a range of plus or minus 5% of the standard flow rate.

Angle tolerance

Angle tolerance is within a range of plus or minus 5% of the standard angle.

Material Guarantees

Metal

We take high quality smithing metal to produce solid and durable nozzles by detail turning.

Plastic

We promise never to use recycled materials.

High Quality

All material is purchased from world top providers.

Please place your order according below information.

Please choose the nozzle that best suits your requirements based on the selection guidelines provided below.
- Choose the nozzle diameter (thread size) and specifications that meet your requirements.
- Choose the spray flow rate for each nozzle, please refer to the chart below.
- Select the spray angle for each nozzle, please refer to the chart below.
- Choose the nozzle material. Different application environments require different materials. Please select the appropriate nozzle material based on your usage environment.
Example specification: 1/4” BSPT QFYMF 010 PP EPDM. Each number corresponds to the following options and meanings.

Select
Unit

Spray Angle	Capacity Code	Capacity at Pressure
Spray Angle	Capacity Code	0.7 kgf/cm²	1.0 kgf/cm²	1.5 kgf/cm²	2.0 kgf/cm²	4.0 kgf/cm²	6.0 kgf/cm²	8.0 kgf/cm²	10.0 kgf/cm²	15.0 kgf/cm²
50°	020	1.18	1.41	1.73	2.00	2.83	3.46	4.00	4.47	5.48
	025	1.48	1.77	2.17	2.50	3.54	4.33	5.00	5.59	6.85
	030	1.77	2.12	2.60	3.00	4.24	5.20	6.00	6.71	8.22
≀	035	2.07	2.47	3.03	3.50	4.95	6.06	7.00	7.83	9.59
	040	2.37	2.83	3.46	4.00	5.66	6.93	8.00	8.94	10.95
	045	2.66	3.18	3.90	4.50	6.36	7.79	9.00	10.06	12.32
	050	2.96	3.54	4.33	5.00	7.07	8.66	10.00	11.18	13.69
90°	055	3.25	3.89	4.76	5.50	7.78	9.53	11.00	12.30	15.06

Spray Angle	Capacity Code	Capacity at Pressure
Spray Angle	Capacity Code	0.07 MPa	0.1 MPa	0.15 MPa	0.2 MPa	0.4 MPa	0.6 MPa	0.8 MPa	1.0 MPa	1.5 MPa
50°	020	1.19	1.43	1.75	2.02	2.86	3.50	4.04	4.52	5.53
	025	1.49	1.79	2.19	2.52	3.57	4.37	5.05	5.65	6.91
	030	1.79	2.14	2.62	3.03	4.28	5.25	6.06	6.77	8.30
≀	035	2.09	2.50	3.06	3.53	5.00	6.12	7.07	7.90	9.68
	040	2.39	2.86	3.50	4.04	5.71	7.00	8.08	9.03	11.06
	045	2.69	3.21	3.94	4.54	6.43	7.87	9.09	10.16	12.44
	050	2.99	3.57	4.37	5.05	7.14	8.75	10.10	11.29	13.83
90°	055	3.29	3.93	4.81	5.55	7.85	9.62	11.11	12.42	15.21

Spray Angle	Capacity Code	Capacity at Pressure
Spray Angle	Capacity Code	0.7 bar	1.0 bar	1.5 bar	2.0 bar	4.0 bar	6.0 bar	8.0 bar	10.0 bar	15.0 bar
50°	020	1.19	1.43	1.75	2.02	2.86	3.50	4.04	4.52	5.53
	025	1.49	1.79	2.19	2.52	3.57	4.37	5.05	5.65	6.91
	030	1.79	2.14	2.62	3.03	4.28	5.25	6.06	6.77	8.30
≀	035	2.09	2.50	3.06	3.53	5.00	6.12	7.07	7.90	9.68
	040	2.39	2.86	3.50	4.04	5.71	7.00	8.08	9.03	11.06
	045	2.69	3.21	3.94	4.54	6.43	7.87	9.09	10.16	12.44
	050	2.99	3.57	4.37	5.05	7.14	8.75	10.10	11.29	13.83
90°	055	3.29	3.93	4.81	5.55	7.85	9.62	11.11	12.42	15.21

Spray Angle	Capacity Code	Capacity at Pressure
Spray Angle	Capacity Code	10 psi	15 psi	20 psi	28 psi	60 psi	90 psi	120 psi	140 psi	200 psi
50°	020	0.31	0.38	0.44	0.52	0.77	0.94	1.09	1.17	1.40
	025	0.39	0.48	0.55	0.66	0.96	1.17	1.36	1.47	1.75
	030	0.47	0.58	0.66	0.79	1.15	1.41	1.63	1.76	2.10
≀	035	0.55	0.67	0.78	0.92	1.34	1.64	1.90	2.05	2.45
	040	0.63	0.77	0.89	1.05	1.53	1.88	2.17	2.34	2.80
	045	0.70	0.86	1.00	1.18	1.73	2.11	2.44	2.64	3.15
	050	0.78	0.96	1.11	1.31	1.92	2.35	2.71	2.93	3.50
90°	055	0.86	1.06	1.22	1.44	2.11	2.58	2.98	3.22	3.85

* Standard Pressure: Column in red.
* This product for spray angle 90° and 120° is able to be made to order.
* For mobile friendly, only 3 column with 3 kinds of pressure will be displayed. For more pressure data, please check the chart on PC or laptop.
* Due to the large number of product specifications, we primarily offer products based on our factory's current product lineup. If you need to confirm whether a specific specification is still in production, please contact us.

Applications

Size

Thread(BSPT)	Size(mm)			Weight(g)
Thread(BSPT)	A	B	C	Weight(g)
1/8"	35	27.5	39	18.7
1/4"	35	27.5	42.6	19.1
3/8"	35	27.5	42.6	20.8

QFSA快拆底座尺寸

尺寸(mm)				重量(g)
A	B	C	D	重量(g)
26.5	10.1	12.0	31.4	8.6

QFWG快拆底座尺寸

尺寸(mm)				重量(g)
A	B	C	D	重量(g)
25.6	16.5	20.4	38.3	12.0

Installation

For nozzle with QF Body (thread)

Step 1

Drill correspon-ding female threads on your pipe

Step 2

Aim the thread of nozzle body at the female thread. Tightening the body clockwise at the pipe hole.

Step 3

Aim QFH nozzle tip to nozzle body.

Step 4

Put QFH nozzle tip into nozzle body.

Step 5

Fasten the tip and the body clockwise to finish the nozzle installation.Finished If the neighboring nozzles stagger with each other, you should place the nozzles at least 5 degrees of declination. Otherwise, the performance might be affected. Finished If the neighboring nozzles stagger with each other, you should place the nozzles at least 5 degrees of declination. Otherwise, the performance might be affected.

Step 6

Installation completed.

For nozzle with QFSA Body (welding)

Step 1

Drill correspon-ding hole on your pipe.Aim the bottom of QFSA nozzle body at the hole

Step 2

Use welding torch to fix QFSA nozzle body in the pipe hole

Step 3

Aim QFH nozzle tip to nozzle body

Step 4

Put QFH nozzle tip into nozzle body.

Step 5

Fasten the tip and the body clockwise to finish the nozzle installation Finished If the neighboring nozzles stagger with each other, you should place the nozzles at least 5 degrees of declination. Otherwise, the performance might be affected.

Step 6

Installation completed.

Unable to find the nozzle you require?

With over 30 years of nozzle development and manufacturing experience, along with extensive customer site knowledge, allow us to assist in creating the ideal product for your needs!

Tailored nozzles to match your requirements.

LORRIC can customize "flow rate," "angle," and "flow distribution" to suit your specific usage scenarios. We also offer support for unique situations like special impact force or ultra-fine spray needs. Feel free to reach out to LORRIC's team for more information and assistance.

Customizable Capacity

Under fixed pressure, the volume of liquid or gas sprayed by nozzles within a certain period of time.

Customizable Spray Angle

It is the angle by orifice and the loop of gas or liquid sprayed out.

Customizable Distribution

The distribution of particle on surface by sprayed up liquid.

CFD improves our work outcomes

Testing in extreme environments demands data to aid nozzle development.

Working Process and matters need attention of Nozzle Customization

We provide custom nozzle services according to standard operating procedures.
Please note
- There are minimum quantity requirements
- There are exclusive sales channels must be mutually agreed upon