Zwittermer is a Single Polymer Solution
Zwittermer offers conductive polymers without the need for any additives like metal or charcoal.
This single organic polymer solution is built within the polymer backbone and contains ‘zwitter-ionic’ charges that creates the metallic conductivity in the backbone of any required materials. The combination of flexibility, durability, and electrical conductivity in a polymer opens up vast possibilities for innovation. Our single polymer solution for plastic and textiles industries means we can convert any polymer into a metallic conductive material which also has the following properties:
This single organic polymer solution is built within the polymer backbone and contains ‘zwitter-ionic’ charges that creates the metallic conductivity in the backbone of any required materials. The combination of flexibility, durability, and electrical conductivity in a polymer opens up vast possibilities for innovation. Our single polymer solution for plastic and textiles industries means we can convert any polymer into a metallic conductive material which also has the following properties:
This single organic polymer solution is built within the polymer backbone and contains ‘zwitter-ionic’ charges that creates the metallic conductivity in the backbone of any required materials. The combination of flexibility, durability, and electrical conductivity in a polymer opens up vast possibilities for innovation. Our single polymer solution for plastic and textiles industries means we can convert any polymer into a metallic conductive material which also has the following properties:
Carries Electricity
Lightweight Compared to Metals
Suitable for electronic and medical applications
The Problems with the Current Market
Non-Conductive
Polymers are non-conductive Additives are needed
High Cost
Metals are expensive
Limited Colours
Charcoal in textitles show undesired colours
Non-Recyclable
Current additives are not recyclable or reusable
The Problems with the Current Market
Non-Conductive
Polymers are non-conductive Additives are needed
High Cost
Metals are expensive
Limited Colours
Charcoal in textitles show undesired colours
Non-Recyclable
Current additives are not recyclable or reusable
The Problems with the Current Market
Non-Conductive
Polymers are non-conductive Additives are needed
High Cost
Metals are expensive
Limited Colours
Charcoal in textitles show undesired colours
Non-Recyclable
Current additives are not recyclable or reusable
The Problems with the Current Market
Non-Conductive
Polymers are non-conductive Additives are needed
High Cost
Metals are expensive
Limited Colours
Charcoal in textitles show undesired colours
Non-Recyclable
Current additives are not recyclable or reusable
"Need cheaper solution to make foam conducting"
"Static charge, uneven mixing, can't recycle"
"High Cost, non-recyclable"
"Limited choice for conductive textiles"
"Single conductive polymer for bandages are needed"
Our Solution
Our Solution
Low Cost
Electroactive polymers are 10x cheaper than current solutions. This makes them more accessible for widespread use, promoting their adoption in various applications and enabling cost-effective production of advanced electronic devices.
Recyclable
The recyclability of electroactive polymers enhances sustainability by allowing repeated use and reducing waste, while maintaining their functional properties for applications such as sensors, actuators, and energy storage devices.
Anti-Static
The anti-static properties of electroactive polymers improve their performance and durability by preventing charge buildup, which reduces the risk of malfunction and enhances reliability in electronic applications.
Anti-Bacterial
The anti-bacterial properties of electroactive polymers enhance their safety and longevity by preventing microbial growth, making them ideal for use in medical devices and environments where hygiene is critical.
IP Protected
This electroactive polymer has been patented and enjoys exclusive commercialisation.
Zwittermer vs Competitors
Zwittermer vs Competitors
Swipe right
Properties
Anti-bacterial
Anti-static
Recyclability
Cost effective
Conductivity/longevity
Toray(Metals)
Polyzen
(Charcoal)
Premix
(Charcoal)
3M
(Metals)
Solvay
(Charcoals)
ZWITTERMER
Electoroactive Polymers
Properties
Anti-bacterial
Anti-static
Recyclability
Cost effective
Conductivity/longevity
Toray(Metals)
Polyzen
(Charcoal)
Premix
(Charcoal)
3M
(Metals)
Solvay
(Charcoals)
ZWITTERMER
Electroactive Polymers
What does this mean for our Customers?
What does this mean for our Customers?
Smart Textiles
Flexible Electronics
Energy Storage
Medical Devices
Antistatic and EMI Shielding
Printed Electronics
Smart Windows
Sensors
Actuators
Transportation
Smart Textiles:
Redundant tasks are a thing of the past. We craft tailored workflows that automate your routine tasks, integrating smoothly with your existing tools. Our focus on process improvement ensures every inefficiency is addressed, turning potential challenges into revenue-generating solutions.
Smart Textiles
Flexible Electronics
Energy Storage
Medical Devices
Antistatic and EMI Shielding
Printed Electronics
Smart Windows
Sensors
Actuators
Transportation
Smart Textiles:
Redundant tasks are a thing of the past. We craft tailored workflows that automate your routine tasks, integrating smoothly with your existing tools. Our focus on process improvement ensures every inefficiency is addressed, turning potential challenges into revenue-generating solutions.
London
71--75 Shelton Street Covent Garden London United Kingdom WC2H 9JQ
Hours
Monday — Friday
9am — 6pm
Saturday — Sunday
10am — 4pm
Contact
nzaidi@zwittermer.com
+44 (0)7411833772
London
71--75 Shelton Street Covent Garden London United Kingdom WC2H 9JQ
Hours
Monday — Friday
9am — 6pm
Saturday — Sunday
10am — 4pm
Contact
nzaidi@zwittermer.com
+44 (0)7411833772
London
71--75 Shelton Street Covent Garden London United Kingdom WC2H 9JQ
Hours
Monday — Friday
9am — 6pm
Saturday — Sunday
10am — 4pm
Contact
nzaidi@zwittermer.com
+44 (0)7411833772
Babarogic © 2023. Designed by Goran Babarogic
Low Cost
Electroactive polymers are 10x cheaper than current solutions. This makes them more accessible for widespread use, promoting their adoption in various applications and enabling cost-effective production of advanced electronic devices.
Recyclable
The recyclability of electroactive polymers enhances sustainability by allowing repeated use and reducing waste, while maintaining their functional properties for applications such as sensors, actuators, and energy storage devices.
Anti-Static
The anti-static properties of electroactive polymers improve their performance and durability by preventing charge buildup, which reduces the risk of malfunction and enhances reliability in electronic applications.
Anti-Bacterial
The anti-bacterial properties of electroactive polymers enhance their safety and longevity by preventing microbial growth, making them ideal for use in medical devices and environments where hygiene is critical.
IP Protected
This electroactive polymer has been patented and enjoys exclusive commercialisation.
What does this mean for our Customers?
Smart Textiles
Energy Storage
Antistatic and EMI Shielding
Smart Windows
Actuators
Flexible Electronics
Medical Devices
Printed Electronics
Sensors
Transportation
Smart Textiles:
Redundant tasks are a thing of the past. We craft tailored workflows that automate your routine tasks, integrating smoothly with your existing tools. Our focus on process improvement ensures every inefficiency is addressed, turning potential challenges into revenue-generating solutions.
Smart Textiles
Energy Storage
Antistatic and EMI Shielding
Smart Windows
Actuators
Flexible Electronics
Medical Devices
Printed Electronics
Sensors
Transportation
Smart Textiles:
Redundant tasks are a thing of the past. We craft tailored workflows that automate your routine tasks, integrating smoothly with your existing tools. Our focus on process improvement ensures every inefficiency is addressed, turning potential challenges into revenue-generating solutions.
Smart Textiles
Flexible Electronics
Energy Storage
Medical Devices
Antistatic and EMI Shielding
Printed Electronics
Smart Windows
Sensors
Actuators
Transportation
Smart Textiles:
Redundant tasks are a thing of the past. We craft tailored workflows that automate your routine tasks, integrating smoothly with your existing tools. Our focus on process improvement ensures every inefficiency is addressed, turning potential challenges into revenue-generating solutions.