Eoxshop is committed to preserving the privacy of all visitors to our website at eoxshop.com. Please read the following privacy policy to understand how we use and protect the information that you provide to us.
By registering or placing an order on this website, you consent to the collection, use and transfer of your information under the terms of this policy.
INFORMATION THAT WE COLLECT FROM YOU
When you visit, register or order products or services on eoxshop.com you may be asked to provide certain information about yourself including your name, contact details and credit or debit card information.
We may also collect information about your usage of our website as well as information about you from messages you post to the website and e-mails or letters you send to us.
To maintain customer service standards and to assist staff training, we may record and monitor incoming calls.
USE OF YOUR INFORMATION
Your information will enable us to provide you with access to all parts of our website and to supply the goods or services you have requested. It will also enable us to bill you and to contact you where necessary concerning your orders. We will also use and analyse the information we collect so that we can administer, support, improve and develop our business.
In particular, we may use your information to contact you for your views on our services and to notify you occasionally about important changes or developments to the website or our services. Further, where you have consented, we might also use your information to let you know by email about other products and services which we offer which may be of interest to you. If you change your mind about being contacted in the future, please let us know.
DISCLOSURE OF YOUR INFORMATION
The information you provide to us may be accessed by or given to third parties some of whom may be located outside the European Economic Area who act for us for the purposes set out in this policy or for other purposes approved by you. Those parties process information, fulfil and deliver orders, process credit card payments and provide support services on our behalf. We may also pass aggregate information on the usage of our website to third parties but this will not include information that can be used to identify you.
Where you have consented when providing us with your details, we may also allow other companies in our group, to contact you occasionally about products and services which may be of interest to you. They may contact you by e-mail. If you change your mind about being contacted by these companies in the future, please let us know at info@eoxshop.com.
Finally, if our business enters into a joint venture with or is sold to or merged with another business entity, your information may be disclosed to our new business partners or owners.
Countries outside the European Economic Area do not always have strong data protection laws. However, we will always take steps to ensure that your information is used by third parties in accordance with this policy.
Unless required to do so by law, we will not otherwise share, sell or distribute any of the information you provide to us without your consent.
COOKIES
Cookies are small amounts of information which we may store on your computer.
We do not use cookies on our website.
SECURITY AND DATA RETENTION
We employ security measures to protect your information from access by unauthorised persons and against unlawful processing, accidental loss, destruction and damage. We will retain your information for a reasonable period or as long as the law requires.
ACCESSING AND UPDATING
You are entitled to see the information held about you and you may ask us to make any necessary changes to ensure that it is accurate and kept up to date. If you wish to do this, please contact us at info@eoxshop.com We are entitled by law to charge a fee of £10 to meet our costs in providing you with details of the information we hold about you.
CHANGES TO OUR PRIVACY POLICY
Any changes to our privacy policy in the future will be posted to the website and, where appropriate, through e-mail notification.
CONTACT
All comments, queries and requests relating to our use of your information are welcomed and should be addressed to info@eoxshop.com.
It is important to note that the poppet style check valve is usually designed to be normally closed. Poppet type valves generally utilise a spring to force shut the orifice by holding a component against a seal to replicate the backflow pressure. Spherical shapes like ball bearings with smooth surfaces, which seal against an o-ring seal, or poppets, which generally incorporate an o-ring seal and seal against a smooth face.
When the forward pressure overcomes the spring force the valve opens, at this point the term cracking pressure is given to this action. An advantage of these types of check valve design are the low cracking pressures that can be achieved with repeatability. Small differentials in forward and backflow pressures can be accommodated. Low cracking pressures such as 0.1psi are achievable.
When the check valve is fully open, flow in one direction is relatively unrestricted. When closed the check valve should not exhibit any flow. The key benefit of building a spring into a check valve’s mechanism is that it largely eliminates the effect of gravity on check valve function. Without a spring, gravity and thus the valve’s vertical orientation can become a critical factor for a check valve to work properly.
It is important to note that the poppet style check valve is usually designed to be normally closed. Poppet type valves generally utilise a spring to force shut the orifice by holding a component against a seal to replicate the backflow pressure. Spherical shapes like ball bearings with smooth surfaces, which seal against an o-ring seal, or poppets, which generally incorporate an o-ring seal and seal against a smooth face.
When the forward pressure overcomes the spring force the valve opens, at this point the term cracking pressure is given to this action. An advantage of these types of check valve design are the low cracking pressures that can be achieved with repeatability. Small differentials in forward and backflow pressures can be accommodated. Low cracking pressures such as 0.1psi are achievable.
When the check valve is fully open, flow in one direction is relatively unrestricted. When closed the check valve should not exhibit any flow. The key benefit of building a spring into a check valve’s mechanism is that it largely eliminates the effect of gravity on check valve function. Without a spring, gravity and thus the valve’s vertical orientation can become a critical factor for a check valve to work properly.
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