Ferroelectric 3D resins for electronics
Ferroelectric and high-permittivity 3D resins organized around two visible routes: a BTO70 filled functional route and a clear high-permittivity transparent route for electronics-oriented R&D.
This collection is not a generic “electronics resin” category. The visible products already define two specific material strategies: 3Dresyn HP1 BTO70 as a high-permittivity filled system with ferroelectric, pyroelectric and piezoelectric properties, and 3Dresyn HP1 Clear as an optically transparent high-permittivity route.
Navigate by: filled ferroelectric route, clear high-permittivity route, electro-active function or optical transparency requirement.
The visible collection is already precise enough that it should not be described in general terms. One product is a functional filled dielectric route with ferroelectric, pyroelectric and piezoelectric positioning; the other is a clear high-permittivity route where transparency matters.
That means selection should start from whether the priority is electro-active functionality through a filled system or transparent high-permittivity behavior through a clear route.
Quick selection by material route
Choose your ferroelectric route
Select the product according to whether you need a filled electro-active material or a clear high-permittivity system.
Key features & benefits
Two distinct functional dielectric strategies
The visible product list shows that this collection is not about many similar grades. It is about two clearly differentiated technical routes: one route centered on strong functional dielectric behavior through BTO70 filling, and one route centered on optical transparency with high permittivity.
- High-permittivity behavior for electronics-related demonstrators
- Ferroelectric, pyroelectric and piezoelectric positioning in the filled route
- Clear optically transparent high-permittivity route
- Suitability for dielectric components, sensors and transducers depending on project
- Electro-active material benchmarking rather than standard structural resin selection
Products in this collection
Products in this collection are shown below.
This collection currently includes: 3Dresyn HP1 BTO70 High Permittivity resin with ferroelectric, pyroelectric and piezoelectric properties, and 3Dresyn HP1 Clear High Permittivity optically transparent resin.
Included products and technical roles
3Dresyn HP1 BTO70
HP1 BTO70 is the filled functional route in the visible collection. Its title already defines the core value proposition: high permittivity plus ferroelectric, pyroelectric and piezoelectric properties.
- Functional dielectric route with electro-active positioning
- Filled material route rather than transparent optical route
- Most appropriate when the priority is field-responsive dielectric behavior rather than optical clarity
- Sensors and transducer demonstrators
- Functional electro-active parts
- High-permittivity filled-system R&D
- Projects requiring ferroelectric or piezoelectric positioning
3Dresyn HP1 Clear
HP1 Clear is the optically transparent high-permittivity route in the collection. It is structurally different from BTO70 because the collection title and product title position it around clear high-permittivity behavior rather than explicitly around ferroelectric, pyroelectric and piezoelectric functionality.
- Clear and optically transparent dielectric route
- High-permittivity route where transparency matters
- Suitable when visual transparency and dielectric function must coexist
- Transparent dielectric demonstrators
- Optically clear electronics-related R&D
- Projects where filler opacity would be a limitation
- Comparative studies between clear and filled high-permittivity systems
Selection logic
How to choose the right ferroelectric resin
Selection should begin from the actual function required: filled electro-active behavior or clear high-permittivity optical route.
- Need explicit ferroelectric / pyroelectric / piezoelectric positioning → choose HP1 BTO70
- Need optical transparency with high permittivity → choose HP1 Clear
- Need to compare filled vs clear dielectric strategies → benchmark both routes directly
Filled dielectric route and clear route are not interchangeable
The visible product structure already shows that the collection is split between a functional filled route and a transparent route. Those are different design strategies and should be selected according to the final electrical and optical objective, not just by price or general electronics interest.
Engineering note
Final dielectric and electro-active performance depends on formulation, printed geometry, cure conditions, electrode configuration and testing protocol.
Interpretation principle
These products should be understood as two distinct high-permittivity material strategies rather than as a generic family of similar electronics resins. Final validation must always be carried out in the intended functional test configuration.
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From prototyping to industrial production, performance depends on materials, calibration and process control