GB/T 17447-2012 Aerosol Valve GB/T17447-2012 |tt||Standard compression package decompression password: www.bzxz.net
This standard specifies the requirements, test methods, inspection rules and marking, packaging, transportation and storage of aerosol valves. This standard is applicable to aerosol valves with a diameter of .25.4mm and .20mm that match the diameter of aerosol cans.
This standard was drafted according to the rules given in GB/T1.1-2009.
Compared with GB17447-1998, this standard has the following major changes:
———In the terms and definitions, positive-reverse type aerosol valve, bag (capsule) aerosol valve, metered valve body and bag (capsule) are added (see 3.5, 3.12, 3.21, 3.24);
———The .25.4mm aerosol valve fixed cover outer diameter D standard is modified (see Table 1); ———
In the dimension requirements, the valve stem height dimension deviation range is added (see 5.2.2);
———In the dimension requirements, the valve stem diameter dimension deviation range is added (see 5.2.3);
———In the dimension requirements, the liquid guide tube calculated length dimension deviation range is added (see 5.2.4);
———The aerosol valve sealing test pressure standard is modified (see 5.3.2);
———Modified the performance requirements for the pull-off force of the liquid guide tube (see 5.3.4);
———Modified the performance requirements for the spray volume error of the quantitative aerosol valve (see 5.3.5);
———Added the performance requirements for the valve body pressure-off force (see 5.3.6);
———Added the performance requirements for the sealing of the bag valve bag (see 5.3.7);
———Added the hygiene requirements (see 5.4);
———Added the compatibility requirements (see 5.5);
———Modified the inspection rules (see 7).
This standard is proposed and managed by the National Technical Committee for Packaging Standardization (SAC/TC49).
The drafting organizations of this standard are: Zhongshan Meijieshi Packaging Products Co., Ltd., Suzhou Boxin Precision Packaging Co., Ltd., Guangzhou Botny Chemical Co., Ltd., Zhongshan Lianchang Spray Pump Co., Ltd., Zhongshan Yingbo Aerosol Valve Co., Ltd., Yalian Chuangzhan Packaging (Guangzhou) Co., Ltd., Yanshan Jinxing Aerosol Valve Manufacturing Co., Ltd., Zhejiang Ludao Technology Co., Ltd., Aerosol Professional Committee of China Packaging Federation.
The main drafters of this standard are: Liang Peihui, Deng Weiqiu, Wang Yongping, Lin Tianda, Yang Jinxing, Liu Zhiming, Yang Jinwen, Shi Yongzhong, Zhang Yaoping, Wang Xiaobing, Zhao Kun.
The standards replaced by this standard are:
———GB17447—1998.
The following documents are indispensable for the application of this document. For all dated referenced documents, only the dated version applies to this document. For all undated referenced documents, the latest version (including all amendments) applies to this document.
GB/T2828.1—2003 Sampling inspection procedures by attributes Part 1: Sampling plan for batch inspection based on acceptance quality limit (AQL)
GB/T14449—2008 Test methods for aerosol products

1CS 55.040
National Standard of the People's Republic of China
GB/T17447—2012
Replaces GB17447-1998
Aerosolyalve
Issued on 2012-12-31
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Administration of Standardization of the People's Republic of China
Implementation on 2013-07-01
This standard was drafted according to the rules given in GB/T 1.1—2009. Compared with GB17447-1998, the main changes in this standard are as follows: GB/T 17447—2012
In the terms and definitions, positive-reverse type aerosol valve, bag-connected aerosol valve, metered valve body and bag (bag) were added (see 3.5, 3.12, 3.21, 3.24);
Modified the outer diameter D mark of the fixed cover of the 25.4mm aerosol valve (see Table 1); -In the dimension requirements, the factory valve stem height dimension deviation range was added (see 5.2.2); the dimension requirements added the diameter dimension deviation range of the valve stem (see 5.2.3); -In the dimension requirements, the calculated length dimension deviation range of the liquid inlet arm was added (see 5.2.4); -Modified the gas - The performance requirements for the pull-off force of the aerosol valve have been modified (see 5.3.4); - The performance requirements for the spray volume error of the quantitative aerosol valve have been modified (see 5.3.5); - The performance requirements for the valve body pressure-off force have been added (see 5.3.6); - The performance requirements for the sealing of the factory valve bag have been added (see 5.3.7); - The hygiene requirements have been added (see 5.4); - The compatibility requirements have been added (see 5.5); - The inspection rules have been modified (see ), - This standard is proposed and managed by the National Technical Committee for Packaging Standardization (SAC/TC 49). The drafting units of this standard are: Zhongshan Meijieshi Packaging Products Co., Ltd., Suzhou Boxin Precision Packaging Co., Ltd., Guangzhou Botili Chemical Co., Ltd., Zhongshan Lianlu Spray Pump Co., Ltd., Zhongshan Yingbo Aerosol Valve Co., Ltd., Yalian Chuangzhan Packaging (Guangzhou) Co., Ltd., Yanshan Jinxing Aerosol Valve Manufacturing Co., Ltd., Jianjiang Green Island Technology Co., Ltd., and Aerosol Professional Committee of China Packaging Federation. The main drafters of this standard are: Liang Peihui, Deng Runqiu, Wang Yongping, Lin Tianda, Yang Jinxing, Liu Zhiming, Yang Jinwen, Shi Yongzhong, Zhang Yaoping, Wang Xiaobing, Zhao Kun.
The standard replaced by this standard is: -GB17447-1998.
1 Scope
This standard specifies the requirements, test force method, inspection rules and marking, packaging, transportation and storage of aerosol valves. This standard is applicable to aerosol valves with a diameter of $25.4mm and $20mm that match the diameter of the aerosol can. 2 Normative references
GB/T 17447--2012
The following documents are indispensable for the application of this document. For dated references, the version with the date is applicable to this document. For undated references, the latest version (including all amendments) is applicable to this document. GB/T2828.1---2003 Sampling inspection procedures by attributes Part 1: Sampling plan for batch inspection based on acceptance quality limit (AQL)
GB/T14449-2008 Test methods for aerosol products 3 Terms and definitions
The following terms and definitions are applicable to this document.
Aerosol valve aerosol yalve
A mechanical device fixed to the aerosol container that ensures that the contents do not leak when closed and releases the contents in a predetermined form when actuated.
Non-metering aerosol valve Non-metering aerosol valve The aerosol valve that continuously sprays out the contents until it closes when actuated. 3.3
Metering aerosol valve The aerosol valve that can spray out the contents quantitatively each time the aerosol valve is actuated. 3.4
Forward aerosol valve Aerosol valve for opright use Aerosol valve for upright use of aerosol products. 3.5
Inverted aerosol valve
Aerosol valve for inverted use Aerosol valve for inverted use of aerosol products. 3.6
Forward-inverted aerosol valve
Aerosol valve for pside-down use Aerosol valve that can be used in both forward and reverse directions of aerosol products. 3.7
360° aerosol valve aerosol vaive for360'orientation use aerosol valve that can be used in any direction for aerosol products. GB/T 17447—2012
pressing aerosol valvepressing aerosol valve aerosol valve that vertically presses the aerosol valve actuator when in use, and the contents are ejected from the channel. 3.9
toggleaerosol valve aerosol valve that pushes the aerosol valve actuator sideways when in use, and the contents are ejected from the channel. 3.10
male aerosol valve
male aerosol valve
the valve stem is higher than the small plane of the peripheral cover, and the actuator is sleeved on the valve stem. 3.11
Female aerosol valveAerosol valve actuator is integrated with the valve stem and inserted into the inner hole of the valve stem seat below the small plane of the fixed cover. 3. 12
Bag-on-valveAerosol valve with bag (capsule) (abbreviated as Sen valve)Bag-on-valveAerosol valve that can separate the contents and propellant of aerosol products through the bag connected to the aerosol valve3.13
Aerosol valve with steel mnunting cupAerosol valve with a fixed cover substrate of tinned or other coated thin steel plate or stainless steel plate. 3.14
Aerosol valve with aluminum mounting cupAerosol valve with a fixed cover substrate of aluminum alloy plate. 3.15
valve stem
The component on the aerosol valve used to connect with the actuator and allow the aerosol contents to be sprayed out through its channel. 3. 16
outer gasket
The static sealing component between the outer curling edge of the fixed cover and the aerosol container. 3. 17
fixed cover mourniting cup
The metal component on the aerosol valve used to fasten and seal with the aerosol can. 3.18
inner gasket
The dynamic sealing component installed between the fixed cover and the valve body. 3. 19
spring
The elastic component that supports the valve stem and the inner seal and resets it. 3.20
valve honsing
The housing component that supports other components of the aerosol valve and is installed in the fixed cover. 3.21
metering yalve housing
The component installed in the fixed cover in the metering aerosol valve to support other components of the aerosol valve and determine the quantitative value of the aerosol valve. 3.22
dip tube
Plastic tube connected to the valve body to transport the aerosol contents. 2
alve seat
The component that supports the actuator valve stem in the female aerosol valve. 3.24
bag
The component used to contain the aerosol contents in the bag valve. 4 Specifications and classification
4.1 Specifications
According to the matching size of the aerosol valve and the diameter of the aerosol can, it is divided into two specifications: 25.4mm and $20mm. 4.2 Classification
4.2.1 According to the spray volume, it is divided into non-quantitative aerosol valve and fixed-point aerosol valve. GB/T 17447—2012
4.2.2 According to the direction of use, it is divided into forward aerosol valve, reverse aerosol valve, forward-reverse aerosol valve and 360° aerosol valve. 4.2.3 According to the structure of the aerosol valve, it is divided into male aerosol valve and female aerosol valve, and its structural schematic diagram is shown in Figure 1. 4.2.4 According to the actuation method, it is divided into press-type aerosol valve and side-push aerosol valve. 4.2.5 According to the base material of the fixed cover, it is divided into steel fixed cover aerosol valve and aluminum fixed cover aerosol valve: a) Female aerosol valve
Valve stem:
Outer sealing ring:
Surrounding cover
Inner sealing ring:
5. ． ． Spring.
Introduction pipe:
·…valve stem.
Figure 1 Schematic diagram of aerosol valve structure
Male aerosol valve
GB/T 17447—2012
5 Requirements
5.1 Appearance
The aerosol valve should be complete and without defects, clean and intact as a whole, and the protective layer on the inner and outer surfaces should be free of damage and no shedding. 5. 1. 1
5.1.2 The installation position of each part is correct.
5.2 Dimensions
5.2.1 The matching dimensions of the aerosol valve, aerosol can and actuator are shown in Figure 2, Table 1 and Table 2. 5.2.2 The dimensional deviation of the height Hz of the aerosol valve stem is ±0.30mm. 5.2.3 The dimensional deviation of the top diameter d of the aerosol valve stem is 0～+0.10mm. 5.2. 4 Dimensional deviation of calculated length L of liquid guide tube: L≤150mm is ±1.5mm.
150sLs220mm is ±2.0mm;
1.2220mm is ±3.0mm.
a) 420 mm aerosol valve
Description:
Outer diameter of outer flange of fixed cover
…-inner diameter of fixed bend;
—-total height of fixed bend;
Height of outer flange of fixed cover;
Height of small boss of fixed cover+
Thickness of material of surrounding cover:
Calculated length of liquid guide tube;
Height of valve stem;
Diameter of valve stem.
b) 25.4 mm aerosol valve
Figure 2 Schematic diagram of the matching dimensions of the aerosol valve, aerosol can and actuator Item
5.3 Performance
Smoothness
Table 125.4 mm aerosol valve and aerosol can matching dimensions
3.30±3:2
$25.15±0.08
20 mm aerosol valve and aerosol can matching dimensions
5. 60≤H,≤8. 85
All channels should be unobstructed when the aerosol valve is actuated. 5.3.2 Sealing
The aerosol valve does not leak when it is kept at a pressure greater than or equal to 0.85 MPa for 1 min. 5.3.3 Pressure resistance of fixed cover
GB/T 174472012
Unit is mm
Unit is mm
The air basket valve is kept at a pressure of 1.8 MPa for 1 min, and the change value of the height h of the small boss of the fixed cover is less than or equal to 0.30 mm. 5.3.4 Pull-off force of the liquid guide arm
The pull-off force of the liquid guide tube of the non-quantitative aerosol valve is greater than or equal to 30 N, and the pull-off force of the wave guide tube of the quantitative aerosol valve is greater than or equal to 15 N. 5.3.5 Spray volume error of quantitative aerosol valve
The allowable error of each spray volume of quantitative aerosol valves below 100μ is ±15%. 5.3.6 Valve body pressure release force
The valve body pressure release force of the air drop valve is greater than or equal to 180V. 5.3.7 Bag valve sealing
The bag of the bag is kept at a pressure greater than or equal to 400N for more than 1 minute without leakage. 5.4 Hygiene
Aerosol valves used in contact with food or medicine shall comply with relevant national regulations. 5.5 Compatibility
The content ingredients of aerosol products are different, and the requirements for the sealing ring inside the aerosol valve are different. The manufacturer should provide users with samples for suitability S
GB/T17447-2012
test and confirm in parallel.
6 Test method
6.1 Appearance
Visual inspection at a distance of 20cm under natural light or 40W light. 6.2 Dimensions
6.2.1 Measurement of diameter and height
Measure with a vernier caliper with an indication accuracy of 0.01mm. 6.2.2 Measurement of calculated length of the lead pipe
Measure with a steel ruler or special measuring tool with a minimum scale value of 0.5mm. 6.2.3 Measurement of valve stem height
Measure with a general measuring tool or special measuring tool with an indication accuracy of 0.02mm, as shown in Figure 3. 232.B
Figure 3 Schematic diagram of percentage display for aerosol valve stem height test 6
Unit: meter
6.2.4 Measurement of valve stem diameter
Use a universal measuring tool with an indication accuracy of 0.02mm for measurement: 6.3 Performance
6.3.1 Smoothness test
6.3.1.1 Only the leakage tester, as shown in Figure 4, has a positive pressure gauge measuring range of 0~1.6 MPa and an accuracy of 1.6 level. 5
Upper screw cap
Support
GB/T 174472012
Unit is meter
-Ventilation seat
Gas connecting arm
a) 25.4 mm aerosol valve leakage tester
Figure 4 Schematic diagram of leakage tester
GB/T 17447—2012
6.3.1.2 Test method
Connect air pipe
b) 2m air organ width leakage tester
Figure 4 (continued)
mm aerosol valve
Upper bracket
Wide support
Ventilation base
Unit: meter
Put the sample into the leakage tester, tighten the sample, inflate and pressurize it to 0.5 MPa, press the actuator to open the aerosol valve, and bubbles emerge from the channel of the actuator for passing. 6.3.2 Sealing test
6.3.2.1 Instrument
Same as 6.3. 1. 1
6.3.2.2 Test method
Put the sample into the leakage test instrument, tighten the sample, inflate and pressurize to not less than 0.85MPa, press the actuator by hand, bubbles will appear from the actuator channel, and it is qualified if no bubbles appear for 1 minute after releasing the hand. 6.3.3 Fixed cover pressure resistance test
6.3.3.1 Instrument
Pressure tester, as shown in Figure 5, pressure gauge accuracy 1.6 level, range 0～2.5MPa. Special n-point gauge, as shown in Figure 6, maximum measuring range 0～10mm, graduation value 0.01mm. 8
25.4mm aerosol pressure test
b) 10mm aerosol pressure tester
Figure 5 Schematic diagram of pressure test
6.4mm gas pipe
Upper screw cap
Connect gas pipe
Business support
20mm gas valve
Upper screw cap
Connect gas pipe
Network support
GB/T 17447—2012
Unit: millimeter
GB/T17447—2012
6.3.3.2 Test method
Figure 6 Special first sub-table diagram for pressure resistance test of aerosol valve fixed cover Unit: millimeter
Measure the h value of the sample with a special dial indicator (see Figure 2) and put it into the pressure tester. Pressurize it to 1.8MPa and keep it for 1min. Take out the sample after unloading, and then measure the h value with a special dial indicator. Calculate the change between the two measured values. The change Ah is not greater than 0.30mm for passing the calculation as shown in formula (1):
Ah h hi
Where:
h: ---I value after being subjected to internal pressure, unit: millimeter (mn); hole ---h value before being subjected to internal pressure, unit: millimeter (mm). 6.3.4 Pull-off force test of liquid guide tube
6.3.4.1 Test temperature
25℃±5℃.mm.
a) 420 mm aerosol valve
Description:
Outer diameter of the outer flange of the fixed cover
…-inner diameter of the fixed benefit;
——total height of the fixed benefit;
Height of the outer flange of the fixed cover;
Height of the small boss of the fixed cover +
Thickness of the surrounding cover material:
Calculated length of the liquid guide tube;
Height of the valve stem;
Diameter of the valve stem.
b) 25.4 mm aerosol valve
Figure 2 Schematic diagram of the matching dimensions of the aerosol valve, aerosol can and actuator Item
5.3 Performance
Smoothness
Table 125.4 mm aerosol valve and aerosol can matching dimensionsbzxz.net
3.30±3:2
$25.15±0.08
20 mm aerosol valve and aerosol can matching dimensions
5. 60≤H,≤8. 85
All channels should be unobstructed when the aerosol valve is actuated. 5.3.2 Sealing
The aerosol valve does not leak when it is kept at a pressure greater than or equal to 0.85 MPa for 1 min. 5.3.3 Pressure resistance of fixed cover
GB/T 174472012
Unit is mm
Unit is mm
The air basket valve is kept at a pressure of 1.8 MPa for 1 min, and the change value of the height h of the small boss of the fixed cover is less than or equal to 0.30 mm. 5.3.4 Pull-off force of the liquid guide arm
The pull-off force of the liquid guide tube of the non-quantitative aerosol valve is greater than or equal to 30 N, and the pull-off force of the wave guide tube of the quantitative aerosol valve is greater than or equal to 15 N. 5.3.5 Spray volume error of quantitative aerosol valve
The allowable error of each spray volume of quantitative aerosol valves below 100μ is ±15%. 5.3.6 Valve body pressure release force
The valve body pressure release force of the air drop valve is greater than or equal to 180V. 5.3.7 Bag valve sealing
The bag of the bag is kept at a pressure greater than or equal to 400N for more than 1 minute without leakage. 5.4 Hygiene
Aerosol valves used in contact with food or medicine shall comply with relevant national regulations. 5.5 Compatibility
The content ingredients of aerosol products are different, and the requirements for the sealing ring inside the aerosol valve are different. The manufacturer should provide users with samples for suitability S
GB/T17447-2012
test and confirm in parallel.
6 Test method
6.1 Appearance
Visual inspection at a distance of 20cm under natural light or 40W light. 6.2 Dimensions
6.2.1 Measurement of diameter and height
Measure with a vernier caliper with an indication accuracy of 0.01mm. 6.2.2 Measurement of calculated length of the lead pipe
Measure with a steel ruler or special measuring tool with a minimum scale value of 0.5mm. 6.2.3 Measurement of valve stem height
Measure with a general measuring tool or special measuring tool with an indication accuracy of 0.02mm, as shown in Figure 3. 232.B
Figure 3 Schematic diagram of percentage display for aerosol valve stem height test 6
Unit: meter
6.2.4 Measurement of valve stem diameter
Use a universal measuring tool with an indication accuracy of 0.02mm for measurement: 6.3 Performance
6.3.1 Smoothness test
6.3.1.1 Only the leakage tester, as shown in Figure 4, has a positive pressure gauge measuring range of 0~1.6 MPa and an accuracy of 1.6 level. 5
Upper screw cap
Support
GB/T 174472012
Unit is meter
-Ventilation seat
Gas connecting arm
a) 25.4 mm aerosol valve leakage tester
Figure 4 Schematic diagram of leakage tester
GB/T 17447—2012
6.3.1.2 Test method
Connect air pipe
b) 2m air organ width leakage tester
Figure 4 (continued)
mm aerosol valve
Upper bracket
Wide support
Ventilation base
Unit: meter
Put the sample into the leakage tester, tighten the sample, inflate and pressurize it to 0.5 MPa, press the actuator to open the aerosol valve, and bubbles emerge from the channel of the actuator for passing. 6.3.2 Sealing test
6.3.2.1 Instrument
Same as 6.3. 1. 1
6.3.2.2 Test method
Put the sample into the leakage test instrument, tighten the sample, inflate and pressurize to not less than 0.85MPa, press the actuator by hand, bubbles will appear from the actuator channel, and it is qualified if no bubbles appear for 1 minute after releasing the hand. 6.3.3 Fixed cover pressure resistance test
6.3.3.1 Instrument
Pressure tester, as shown in Figure 5, pressure gauge accuracy 1.6 level, range 0～2.5MPa. Special n-point gauge, as shown in Figure 6, maximum measuring range 0～10mm, graduation value 0.01mm. 8
25.4mm aerosol pressure test
b) 10mm aerosol pressure tester
Figure 5 Schematic diagram of pressure test
6.4mm gas pipe
Upper screw cap
Connect gas pipe
Business support
20mm gas valve
Upper screw cap
Connect gas pipe
Network support
GB/T 17447—2012
Unit: millimeter
GB/T17447—2012
6.3.3.2 Test method
Figure 6 Special first sub-table for pressure resistance test of aerosol valve fixed cover The unit is millimeter
Measure the h value of the sample with a special dial indicator (see Figure 2) and put it into the pressure tester. Pressurize it to 1.8MPa and keep it for 1min. After unloading, take out the sample and then measure the h value with a special dial indicator. Calculate the change between the two measured values. The change Ah is not greater than 0.30mm for passing the calculation as shown in formula (1):
Ah h hi
Where:
h: ---I value after being subjected to internal pressure, unit: millimeter (mn); hole ---h value before being subjected to internal pressure, unit: millimeter (mm). 6.3.4 Pull-off force test of liquid guide tube
6.3.4.1 Test temperature
25℃±5℃.mm.
a) 420 mm aerosol valve
Description:
Outer diameter of the outer flange of the fixed cover
…-inner diameter of the fixed benefit;
——total height of the fixed benefit;
Height of the outer flange of the fixed cover;
Height of the small boss of the fixed cover +
Thickness of the surrounding cover material:
Calculated length of the liquid guide tube;
Height of the valve stem;
Diameter of the valve stem.
b) 25.4 mm aerosol valve
Figure 2 Schematic diagram of the matching dimensions of the aerosol valve, aerosol can and actuator Item
5.3 Performance
Smoothness
Table 125.4 mm aerosol valve and aerosol can matching dimensions
3.30±3:2
$25.15±0.08
20 mm aerosol valve and aerosol can matching dimensions
5. 60≤H,≤8. 85
All channels should be unobstructed when the aerosol valve is actuated. 5.3.2 Sealing
The aerosol valve does not leak when it is kept at a pressure greater than or equal to 0.85 MPa for 1 min. 5.3.3 Pressure resistance of fixed cover
GB/T 174472012
Unit is mm
Unit is mm
The air basket valve is kept at a pressure of 1.8 MPa for 1 min, and the change value of the height h of the small boss of the fixed cover is less than or equal to 0.30 mm. 5.3.4 Pull-off force of the liquid guide arm
The pull-off force of the liquid guide tube of the non-quantitative aerosol valve is greater than or equal to 30 N, and the pull-off force of the wave guide tube of the quantitative aerosol valve is greater than or equal to 15 N. 5.3.5 Spray volume error of quantitative aerosol valve
The allowable error of each spray volume of quantitative aerosol valves below 100μ is ±15%. 5.3.6 Valve body pressure release force
The valve body pressure release force of the air drop valve is greater than or equal to 180V. 5.3.7 Bag valve sealing
The bag of the bag is kept at a pressure greater than or equal to 400N for more than 1 minute without leakage. 5.4 Hygiene
Aerosol valves used in contact with food or medicine shall comply with relevant national regulations. 5.5 Compatibility
The content ingredients of aerosol products are different, and the requirements for the sealing ring inside the aerosol valve are different. The manufacturer should provide users with samples for suitability S
GB/T17447-2012
test and confirm in parallel.
6 Test method
6.1 Appearance
Visual inspection at a distance of 20cm under natural light or 40W light. 6.2 Dimensions
6.2.1 Measurement of diameter and height
Measure with a vernier caliper with an indication accuracy of 0.01mm. 6.2.2 Measurement of calculated length of the lead pipe
Measure with a steel ruler or special measuring tool with a minimum scale value of 0.5mm. 6.2.3 Measurement of valve stem height
Measure with a general measuring tool or special measuring tool with an indication accuracy of 0.02mm, as shown in Figure 3. 232.B
Figure 3 Schematic diagram of percentage display for aerosol valve stem height test 6
Unit: meter
6.2.4 Measurement of valve stem diameter
Use a universal measuring tool with an indication accuracy of 0.02mm for measurement: 6.3 Performance
6.3.1 Smoothness test
6.3.1.1 Only the leakage tester, as shown in Figure 4, has a positive pressure gauge measuring range of 0~1.6 MPa and an accuracy of 1.6 level. 5
Upper screw cap
Support
GB/T 174472012
Unit is meter
-Ventilation seat
Gas connecting arm
a) 25.4 mm aerosol valve leakage tester
Figure 4 Schematic diagram of leakage tester
GB/T 17447—2012
6.3.1.2 Test method
Connect air pipe
b) 2m air organ width leakage tester
Figure 4 (continued)
mm aerosol valve
Upper bracket
Wide support
Ventilation base
Unit: meter
Put the sample into the leakage tester, tighten the sample, inflate and pressurize it to 0.5 MPa, press the actuator to open the aerosol valve, and bubbles emerge from the channel of the actuator for passing. 6.3.2 Sealing test
6.3.2.1 Instrument
Same as 6.3. 1. 1
6.3.2.2 Test method
Put the sample into the leakage test instrument, tighten the sample, inflate and pressurize to not less than 0.85MPa, press the actuator by hand, bubbles will appear from the actuator channel, and it is qualified if no bubbles appear for 1 minute after releasing the hand. 6.3.3 Fixed cover pressure resistance test
6.3.3.1 Instrument
Pressure tester, as shown in Figure 5, pressure gauge accuracy 1.6 level, range 0～2.5MPa. Special n-point gauge, as shown in Figure 6, maximum measuring range 0～10mm, graduation value 0.01mm. 8
25.4mm aerosol pressure test
b) 10mm aerosol pressure tester
Figure 5 Schematic diagram of pressure test
6.4mm gas pipe
Upper screw cap
Connect gas pipe
Business support
20mm gas valve
Upper screw cap
Connect gas pipe
Network support
GB/T 17447—2012
Unit: millimeter
GB/T17447—2012
6.3.3.2 Test method
Figure 6 Special first sub-table diagram for pressure resistance test of aerosol valve fixed cover Unit: millimeter
Measure the h value of the sample with a special dial indicator (see Figure 2) and put it into the pressure tester. Pressurize it to 1.8MPa and keep it for 1min. Take out the sample after unloading, and then measure the h value with a special dial indicator. Calculate the change between the two measured values. The change Ah is not greater than 0.30mm for passing the calculation as shown in formula (1):
Ah h hi
Where:
h: ---I value after being subjected to internal pressure, unit: millimeter (mn); hole ---h value before being subjected to internal pressure, unit: millimeter (mm). 6.3.4 Pull-off force test of liquid guide tube
6.3.4.1 Test temperature
25℃±5℃.0.1mm vernier caliper. 6.2.2 Measurement of the calculated length of the liquid guide tube
Use a steel ruler or special measuring tool with a minimum scale value of 0.5mm for measurement. 6.2.3 Measurement of valve stem height
Use a general measuring tool or special measuring tool with an indication accuracy of 0.02mm, as shown in Figure 3, for measurement. 232.B
Figure 3 Special percentage diagram for aerosol valve stem height test 6
Unit is meter
6.2.4 Measurement of valve stem diameter
Use a general measuring tool with an indication accuracy of 0.02mm for measurement: 6.3 Performance
6.3.1 Smoothness test
6.3.1.1 Only
Leakage tester, as shown in Figure 4, the positive pressure gauge has a measurement range of 0~1.6 MPa and an accuracy of 1.6 level. 5
Upper screw cap
Support
GB/T 174472012
Unit is meter
-Ventilation seat
Gas connecting arm
a) 25.4 mm aerosol valve leakage tester
Figure 4 Schematic diagram of leakage tester
GB/T 17447—2012
6.3.1.2 Test method
Connect air pipe
b) 2m air organ width leakage tester
Figure 4 (continued)
mm aerosol valve
Upper bracket
Wide support
Ventilation base
Unit: meter
Put the sample into the leakage tester, tighten the sample, inflate and pressurize it to 0.5 MPa, press the actuator to open the aerosol valve, and bubbles emerge from the channel of the actuator for passing. 6.3.2 Sealing test
6.3.2.1 Instrument
Same as 6.3. 1. 1
6.3.2.2 Test method
Put the sample into the leakage test instrument, tighten the sample, inflate and pressurize to not less than 0.85MPa, press the actuator by hand, bubbles will appear from the actuator channel, and it is qualified if no bubbles appear for 1 minute after releasing the hand. 6.3.3 Fixed cover pressure resistance test
6.3.3.1 Instrument
Pressure tester, as shown in Figure 5, pressure gauge accuracy 1.6 level, range 0～2.5MPa. Special n-point gauge, as shown in Figure 6, maximum measuring range 0～10mm, graduation value 0.01mm. 8
25.4mm aerosol pressure test
b) 10mm aerosol pressure tester
Figure 5 Schematic diagram of pressure test
6.4mm gas pipe
Upper screw cap
Connect gas pipe
Business support
20mm gas valve
Upper screw cap
Connect gas pipe
Network support
GB/T 17447—2012
Unit: millimeter
GB/T17447—2012
6.3.3.2 Test method
Figure 6 Special first sub-table for pressure resistance test of aerosol valve fixed cover The unit is millimeter
Measure the h value of the sample with a special dial indicator (see Figure 2) and put it into the pressure tester. Pressurize it to 1.8MPa and keep it for 1min. After unloading, take out the sample and then measure the h value with a special dial indicator. Calculate the change between the two measured values. The change Ah is not greater than 0.30mm for passing the calculation as shown in formula (1):
Ah h hi
Where:
h: ---I value after being subjected to internal pressure, unit: millimeter (mn); hole ---h value before being subjected to internal pressure, unit: millimeter (mm). 6.3.4 Pull-off force test of liquid guide tube
6.3.4.1 Test temperature
25℃±5℃.0.1mm vernier caliper. 6.2.2 Measurement of the calculated length of the liquid guide tube
Use a steel ruler or special measuring tool with a minimum scale value of 0.5mm for measurement. 6.2.3 Measurement of valve stem height
Use a general measuring tool or special measuring tool with an indication accuracy of 0.02mm, as shown in Figure 3, for measurement. 232.B
Figure 3 Special percentage diagram for aerosol valve stem height test 6
Unit is meter
6.2.4 Measurement of valve stem diameter
Use a general measuring tool with an indication accuracy of 0.02mm for measurement: 6.3 Performance
6.3.1 Smoothness test
6.3.1.1 Only
Leakage tester, as shown in Figure 4, the positive pressure gauge has a measurement range of 0~1.6 MPa and an accuracy of 1.6 level. 5
Upper screw cap
Support
GB/T 174472012
Unit is meter
-Ventilation seat
Gas connecting arm
a) 25.4 mm aerosol valve leakage tester
Figure 4 Schematic diagram of leakage tester
GB/T 17447—2012
6.3.1.2 Test method
Connect air pipe
b) 2m air organ width leakage tester
Figure 4 (continued)
mm aerosol valve
Upper bracket
Wide support
Ventilation base
Unit: meter
Put the sample into the leakage tester, tighten the sample, inflate and pressurize it to 0.5 MPa, press the actuator to open the aerosol valve, and bubbles emerge from the channel of the actuator for passing. 6.3.2 Sealing test
6.3.2.1 Instrument
Same as 6.3. 1. 1
6.3.2.2 Test method
Put the sample into the leakage test instrument, tighten the sample, inflate and pressurize to not less than 0.85MPa, press the actuator by hand, bubbles will appear from the actuator channel, and it is qualified if no bubbles appear for 1 minute after releasing the hand. 6.3.3 Fixed cover pressure resistance test
6.3.3.1 Instrument
Pressure tester, as shown in Figure 5, pressure gauge accuracy 1.6 level, range 0～2.5MPa. Special n-point gauge, as shown in Figure 6, maximum measuring range 0～10mm, graduation value 0.01mm. 8
25.4mm aerosol pressure test
b) 10mm aerosol pressure tester
Figure 5 Schematic diagram of pressure test
6.4mm gas pipe
Upper screw cap
Connect gas pipe
Business support
20mm gas valve
Upper screw cap
Connect gas pipe
Network support
GB/T 17447—2012
Unit: millimeter
GB/T17447—2012
6.3.3.2 Test method
Figure 6 Special first sub-table diagram for pressure resistance test of aerosol valve fixed cover Unit: millimeter
Measure the h value of the sample with a special dial indicator (see Figure 2) and put it into the pressure tester. Pressurize it to 1.8MPa and keep it for 1min. Take out the sample after unloading, and then measure the h value with a special dial indicator. Calculate the change between the two measured values. The change Ah is not greater than 0.30mm for passing the calculation as shown in formula (1):
Ah h hi
Where:
h: ---I value after being subjected to internal pressure, unit: millimeter (mn); hole ---h value before being subjected to internal pressure, unit: millimeter (mm). 6.3.4 Pull-off force test of liquid guide tube
6.3.4.1 Test temperature
25℃±5℃.
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