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Experts in soft-close dampers for various toilet seat hinge designs
Not all toilet seats use the same damper. Peir offers economic and effective solutions tailored to different toilet seat fittings for 50+ toilet seat manuafcturers worldwide.
Empowering Companies with Universal Damper Development for Diverse Toilet Seat Models, Saving Costs.
Our Happy Clients
We take immense pride in delivering value to our business partners and are thrilled that they appreciate our efforts. Naturally, we cherish and value our relationship with them as well.
Find Your Need in Peir’s Current Dampers
Samples are available in 7 days.
How We Work
What Customer Said
“The toilet seat damper solution provided by your team was a game-changer for our products. Smooth and silent closing has impressed our customers!”
“Your expertly designed and produced dampers have added immense value to our toilet seats. Thank you for the excellent service!”
“The customized damper solution perfectly matched our requirements. Your team’s dedication and prompt delivery exceeded our expectations.”
“We are delighted with the top-notch dampers designed and produced by your company. They have enhanced our toilet seats’ functionality significantly.”
“Your team’s attention to detail and innovative approach in designing dampers have truly set our toilet seats apart from the competition.”
“Working with your team to develop our toilet seat dampers was a seamless and rewarding experience. We highly recommend your services to others!”
Rotary Damper Torque Calculator
Input the parameter, get the right torque value your are looking for.
| Seat or cover weight/(kg) | Length/(cm) | width/m | Torque/ each damper(kgf.cm) |
|---|---|---|---|
| Example:0.5kg | 0.35 | 0.15 | =0.5*0.35/2 |
Rigorously Tested, Proven Performance
Forced Durability Test
110° to 0° reciprocating, the action time is less than 2 seconds, after 12000 times of action, after standing for 24 hours, the closing time is ≥ 3 seconds.
Durability Test
After 50,000 times, the closing time is ≥3 seconds.
Closing Time Test Method
Open to the 110° position, close to 70° to start slow down timing, and the closing time measurement angle is 70°~0°.
Forced Durability Test
110° to 0° reciprocating, the action time is less than 2 seconds, after 12000 times of action, after standing for 24 hours, the closing time is ≥ 3 seconds.
Durability Test
After 50,000 times, the closing time is ≥3 seconds.
Closing Time Test Method
Open to the 110° position, close to 70° to start slow down timing, and the closing time measurement angle is 70°~0°.
Your Questions Can Be Answered Here
Q: How do I determine the appropriate damping level for my toilet seat?
A: The appropriate damping level depends on factors such as the weight of the seat, the desired closing speed, and the type of hinges being used. Our engineers can help you determine the best solution based on your specific needs.
Q: Can I customize the appearance of the damping mechanism to match my toilet seat design?
A: Yes, we offer a variety of options for customization, including color and surface finish. Our team can work with you to create a design that complements your overall product design.
Q: How do I ensure that the damping mechanism will fit properly with my toilet seat and hinge system?
A: Our engineers will work closely with you to obtain detailed dimensions and specifications for your seat and hinge system to ensure that the damping mechanism is fully compatible and can be integrated seamlessly.
Q: Can you provide samples for testing purposes before we commit to a production order?
A: Yes, we can provide samples for testing purposes to ensure that the damping mechanism meets your specific requirements and expectations. Once you have approved the sample, we can move forward with a production order.
Global Team
Hi, my friend. Thanks for your interest in our damper and gas spring.
When you contact us, you’ll almost always speak with our experienced team, who really want to help…
Here is our team around the world to support you.
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1
Dongguan Factory
Address: Dongguan city,China
Email: charles.chao@peir-hk.com
2
HK Office
Address: Queen’s Road Central, Hong Kong
Email: charles.chao@peir-hk.com
3
Brazil Office
Address: São Paulo, Brazil
Email: charles.chao@peir-hk.com
4
Mexico office
Address: Chihuahua, MEX
Email: valeria.gomez@peir-hk.com
5
India office
Address: Greater Noida, India
Email: abhishek.pandey@peir-hk.com
6
USA office
Address: Concord, NC
Email: valeria.gomez.olivar@gmail.com
Our Branches
India
Greater Noida, India
abhishek,pandey@gravitytechnology.in
Hong Kong
Queen’s Road Central, Hong Kong
zolaajpgasspring.com
Mexico
Chihuahua.MEX
valeria.gomez.oliaragmail.com
Brazil
Soo Paulo, Brazil
lisa.lingjpgasspring.com
US
Concord, Ne
valeria.gomez.olivaregmail.com
Shenzhen, China
Longhua District, Shenzhen
info@jpgasspring.com
FAQ About Toilet Seat Hinge Damper
2. Peir’s Process for Developing Your Required Damper
Before delving into the specifics of discussion, we would like to gain a clearer understanding of customer requirements:
1. Is it possible to modify the mold for toilet seat?
If modification is not an option, we can proceed with the design based on your current specifications.
2. We need understand that if customer consider the application of rotary damper for a range of toilet seat models? If so, we would like to ask for a parameter chart detailing the maximum torque and the dimensions of the smallest hinge hole for your various models. Attached with an example.
3. 3D file for toilet. This will enable our team to conduct a thorough assessment and facilitate further discussions.
3. Rotary Damper Torque Calculator
When the cover plate starts from less than 90° and slowly drops to horizontal 0°and -90°. The curve of rotation torque acting on the damper by the cover plate is as follows:
T=L/2xWx cos a
Example
(90°~0°)M=2Ka,L=300mm
Fmax=2×9.8×0.3/2=2.94Nm
Fdamper=0~3.0Nm
Installation Angle baseline:
Vane dampers are buffering mechanisms with certain Angle limit. In the product description of each series, the Angle reterence between the rotating axis of the proouct and the fixed position of the housing is indicated. When designing and instaling campers, ensure that the Angle of cover plate closure coincides with that of damper closure.
Maximum rotation Angle:
The cover plate should be designed with a positioning mechanism at the opening and dlosing positions. The vane damper can not be used as a positioning device.
The working Angle of the cover plate should be within the working Angle range of the damper. The damper is designed with a safety Angle marginat the starting and closing positions to ensure that the cover plate does not use this Angle when working.
Torque output direction:
Vane damper is marked with torgue output direction, torque output direction is on behalf of the damper output a certain torque to the rotatina body, so that the rotating body buffer deceleration. Therefore, this direction is equivalent to the direction in which the rotating body needs damping buffering.
Installation clearance:
The assemoly clearance at the position of the rotating shaft of the damper and the shel should be minimized as much as possible, because too much clearance will lead to the loss of the cushioning effect of the damper.Too large assembly clearance wil affect the service life of the damper, and may ead to impact fracture of the rotating shart and impact damage at the shell location.