Chemikonics catalog: Voltera V-One and Nova PCB printers, conductive and UV inks, Blackleaf graphene materials, and VFP inks for plastic cards and secure documents. Full technical specifications for each product – please contact us for pricing and availability.

Showing 1–20 of 65 results

Show sidebar
Show 9 12 18 24
BLACKHEATER GPAD 20+ – Chemikonics
Compare

BLACKHEATER GPAD 20+

,

Flexible graphene-based heating foil for drones

The BLACKHEATER GPAD 20+ is a self-adhesive, thin, and flexible graphene-based heating film printed on a PET substrate. Originally designed for drone applications, the BLACKHEATER GPAD 20+ operates at 12V DC (20W) and provides uniform heat distribution with a total thickness of 295µm and a minimum bend radius of 2mm. To function correctly, it requires integration with an external temperature control system (sensor and ON/OFF or PID controller). Regulation cannot be based on measuring the heater's resistance.

Specification
Standard format500 × 50 mm
Supply voltage12 V DC
Nominal power20 W
Nominal current1,6 A at 12 V
Electrical resistance of the heater7,5 Ω
Total thickness295 um
Weight of one plate15 gr
Ambient operating temperature-40 ° C to + 120 ° C
Max. surface temperature (reference conditions, 20 W)approx. 95°C
Applications
De-icing and defrosting the leading edge of dronesThermal management of batteries and on-board electronicsThermal Signature Check (Thermal Decoy)OEM Integration and DIY Systems
Ask about the product →
Add to wishlist
Quick view
SILVER ELECTRON – Chemikonics
Compare

SILVER ELECTRON

,

Silver Conductive Paint for Printed Electronics

SILVER ELECTRON (SE) is a solvent-based silver-based conductive ink designed for printed electronics applications. It provides high electrical conductivity and high stability of conductive properties over time after annealing, as well as excellent flexibility. It is ideal for the production of printed conductive traces, sensors, membrane switches, RFID antennas, and flexible electronics. The product is compatible with PET, PVC, polycarbonate, surface-modified polyester, glass, polyimide, and paper/cardboard substrates and meets the requirements of the non-CMR policy.

Specification
resistance≤ 15 mΩ/sq/mil
Viscosity (poise), Rotothinner, 562 rpm, 25°C58–64
Yield (cm²/g)280–360
Open time on the sieve (min)60
Substrate
Paper cartonPVCPETPolycarbonateSurface-modified polyesterGlassPolyimide
Ask about the product →
Add to wishlist
Quick view
BLACKHEATER GPAD 40+ – Chemikonics
Compare

BLACKHEATER GPAD 40+

,

Flexible, self-adhesive graphene-based heating foil for low-energy applications

The BLACKHEATER GPAD 40+ is a self-adhesive, thin, and flexible graphene-based heating film printed on a PET substrate. Designed for lightweight, uniform, low-power thermal management applications (48 V DC, 77 W), it provides uniform heat distribution with a total thickness of 370 µm and a minimum bend radius of 2 mm. Connection is via a quick-connect housing with two wires (positive and negative)—do not exceed the maximum supply voltage of 48 V DC. Temperature control requires an external probe and an ON/OFF thermostat or PID controller. Control cannot be based on measuring the resistance of the heating film.

Specification
Standard format330 × 330 mm
Supply voltage48 V DC
Nominal power77 W
Nominal current1,6 A at 48 V
Electrical resistance of the heating foil30 Ω
Total thickness370 um
Weight of one panel78 gr
Ambient operating temperature-40 ° C to + 100 ° C
Max. surface temperature (reference conditions, 77 W)approx. 60°C
Applications
Thermal management of batteries and on-board electronicsHeating of electrical and electronic cabinetsCondensation protectionLocal temperature maintenance (low voltage)
Ask about the product →
Add to wishlist
Quick view
BLACKHEATER GPAD 10+ – Chemikonics
Compare

BLACKHEATER GPAD 10+

,

Flexible graphene heating film for low-voltage applications

The BLACKHEATER GPAD 10+ is a thin and flexible graphene heating film printed on a PET substrate. Designed for low-voltage heating applications powered by a mobile power bank (5 V DC, 8 W, USB-C), it ensures uniform heat distribution with a total thickness of 400 µm and a minimum bend radius of 2 mm. For proper operation, it requires integration with an external temperature control system (sensor and ON/OFF or PID controller). Regulation cannot be based on measuring the heater's resistance.

Specification
Standard format150 × 100 mm
Supply voltage5V DC (USB-C)
Nominal power8 W
Nominal current1,8 A at 5 V
Electrical resistance of the heater2,8 Ω
Total thickness400 um
Weight of one plate16 gr
Ambient operating temperature-40 ° C to + 120 ° C
Max. surface temperature (reference conditions, 8 W)approx. 58°C
Applications
Integration with wearablesPersonal comfortHeating terrariums and reptilesHeating small animalsOEM Integration and DIY Systems
Ask about the product →
Add to wishlist
Quick view
NEOBLACK SP1 – Chemikonics
Compare

NEOBLACK SP1

,

Conductive graphene-based ink for screen printing

NEOBLACK SP1 is a water-based, conductive graphene-based screen printing ink designed to create thin, flexible, and uniform conductive patterns in heating applications and printed electronics. Solvent-free and single-component (ready-to-use), it features high flexibility, compatibility with a wide range of substrates, and easy cleanup after use with distilled water. The resistive behavior remains stable (STC) up to 150°C; above this temperature, the ink exhibits a negative temperature coefficient (NTC). Thermal curing: 120–150°C for 3–5 min (or tunnel oven in a 100→130→130°C profile, approximately 1,5 min total).

Specification
Resistivity (2 layers, 35 µm)20 Ω/sq (14 Ω/sq/mil)
Viscosity (Pa s, rheometer, 20°C, 10 s⁻¹)15
Coverage (cm²/g)78,25
Resistive Stability (STC)to 150 ° C
Substrate
Paper IndustryPETModified polyesterfabricsKapton® (polyimide)TPUPEI
Ask about the product →
Add to wishlist
Quick view
New
Voltera NOVA – Chemikonics
Compare

Voltera NOVA

Direct Ink Write (DIW) Platform for Printed Electronics and Functional Materials

Voltera NOVA is a modular Direct Ink Write (DIW) platform that enables precise dispensing of functional materials—solder pastes, conductive paints, dielectrics, and other functional materials—and rapid prototyping of printed electronics. The system works on rigid (PCBs, glass, ceramics), flexible (PI, PET), stretchable (TPU), and porous (paper, fabric) substrates, accelerating R&D by up to 90% and reducing material costs by up to 96% (according to the manufacturer). Chemikonics supplies the device along with consumables and technical support in the Polish market.

Specification
TechnologyDirect Ink Write (DIW)
Minimum track width0,1 mm *
Workspace (print)220 300 mm × mm × mm 40
Number of layersup to 4 layers (stack-up)
XYZ resolution2,5 µm × 7 µm × 1,25 µm
Pressure controlclosed loop
Material temperature controlto 40 ° C
Compatible modulesSmart Dispenser, Smart Probe, Vacuum Table
Fixing the substrateraised clamps, vacuum table, M5 mesh (40×40 mm)
Substrate thicknessup to 30 mm
Syringe capacityup to 2,5 ml
File formatGerber, SVG (beta)
Dosed materialssolder pastes, conductive paints, dielectrics and other functional materials
Material viscosity1,000–1,000,000 cP
Number of module slots2
interfaceweb application (browser)
CommunicationEthernet, USB-A, Wi-Fi (with adapter)
Substrate
PCB / glass / ceramicsFlexible films (PI, PET)Stretchable materials (TPU)Porous substrates (paper, fabrics)
Perfect for
R&D departmentsUniversity laboratoriesFlexible electronics manufacturersMaterials startups / deep-techResearch centers
Applications
Electrodes/sensors (ECG)Printed batteriesRFID / antennasIntelligent textilesEL circuits
More about the product → Ask about the product →
Add to wishlist
Quick view
Low Viscosity – SILVER ELECTRON LOW ENERGY CURING – Chemikonics
Compare

Low Viscosity – SILVER ELECTRON LOW ENERGY CURING

,

Low viscosity silver conductive paint for printed electronics

LOW VISCOSITY – SILVER ELECTRON LOW ENERGY CURING is a low-viscosity conductive silver ink designed for screen printing in printed electronics applications. Its optimized rheology enables the printing of thin, precise conductive traces while maintaining high electrical conductivity. Low-temperature curing makes it ideal for temperature-sensitive substrates such as PET films, paper, and cardboard. This product complies with non-CMR regulations and is ideal for the production of membrane switches, RFID tags, touch panels, and flexible printed electronics.

Specification
resistance≤ 12 mΩ/sq/mil
Viscosity (poise), Rotothinner, 562 rpm, 25°C15–25
Yield (cm²/g)260–340
Open time on the sieve (min)30
Substrate
Paper cartonPETPVCPolycarbonateSurface-modified polyester
Ask about the product →
Add to wishlist
Quick view
BLACKHEATER GPAD 11+ – Chemikonics
Compare

BLACKHEATER GPAD 11+

,

Flexible graphene-based heating foil with a clamp connection

The BLACKHEATER GPAD 11+ is a thin and flexible graphene-based heating film printed on a PET substrate without an integrated adhesive layer. Designed for low-voltage heating applications (5 V DC, 8 W), it ensures uniform heat distribution with a total thickness of 400 µm and a minimum bend radius of 2 mm. Connection via terminal connectors requires a 5 V DC power supply with a minimum capacity of 1,8 A and an external temperature control system (sensor and ON/OFF or PID controller). Regulation cannot be based on measuring the resistance of the heating film.

Specification
Standard format150 × 100 mm
Supply voltage5 V DC
Nominal power8 W
Nominal current1,8 A at 5 V
Electrical resistance of the heating foil2,8 Ω
Total thickness400 um
Weight of one panel16 gr
Ambient operating temperature-40 ° C to + 120 ° C
Max. surface temperature (reference conditions, 8 W)approx. 58°C
Applications
Integration with wearablesPersonal comfortHeating terrariums and reptilesHeating small animalsOEM Integration and DIY Systems
Ask about the product →
Add to wishlist
Quick view
NEOBLACK SC1B – Chemikonics
Compare

NEOBLACK SC1B

,

Conductive graphene-based spray paint

NEOBLACK SC1B is a water-based, conductive, graphene-based spray paint designed for heating and EMI shielding applications. Solvent-free and single-component (ready-to-use), it's based on multilayer graphene (FLG), compatible with a wide range of substrates, and easy to clean after use. Thermal cure: 120–150°C for 3–5 minutes (or 4–5 minutes with an IR lamp).

Specification
Resistivity (normalized)35 Ω/sq/mil
Viscosity (Pa s, rheometer, 20°C, 10 s⁻¹)0,135
Solids content (%)4,6
Durability12 months
Substrate
Paper IndustryPETModified polyesterfabricsKapton® (polyimide)TPUPEI
Ask about the product →
Add to wishlist
Quick view
PIEZO ELECTRON SOLVENT – Chemikonics
Compare

PIEZO ELECTRON SOLVENT

,

Piezoelectric Paint for Printed Electronics

PIEZO ELECTRON SOLVENT (PESOL) is a solvent-based piezoelectric ink designed for printed electronics applications. It enables the creation of active layers that respond to pressure, strain, and vibration by generating an electrical signal. The product is used in piezoelectric sensors, haptic elements, energy harvesting systems, structural monitoring, and flexible electronics. The non-CMR formulation ensures safer use and high compatibility with screen printing processes.

Specification
Piezoelectric coefficient8 pC/N. The material is an electrical insulator.
Viscosity (poise), Rotothinner, 562 rpm, 25°C88 5 ±
Yield (cm²/g)250–300
Open time on the sieve (min)60
Substrate
PETSurface-modified polyester
Ask about the product →
Add to wishlist
Quick view
BLACKHEATER GPAD 30+ – Chemikonics
Compare

BLACKHEATER GPAD 30+

,

Flexible graphene-based heating foil for low-voltage applications

The BLACKHEATER GPAD 30+ is a self-adhesive, thin, and flexible graphene-based heating film printed on a PET substrate. Designed for lightweight, low-power thermal management applications (12 V DC, 4 W), it provides uniform heat distribution with a total thickness of 185 µm and a minimum bend radius of 2 mm. For proper operation, it requires integration with an external temperature control system (sensor and ON/OFF or PID controller). Regulation cannot be based on heater resistance measurement.

Specification
Standard format100 × 100 mm
Supply voltage12 V DC
Nominal power4 W
Nominal current0,33 A at 12 V
Electrical resistance of the heater36 Ω
Total thickness185 um
Weight of one plate2,13 gr
Ambient operating temperature-40 ° C to + 100 ° C
Max. surface temperature (reference conditions, 4 W)approx. 60°C
Applications
Thermal management of batteries and electronicsHeating of electrical and electronic cabinetsCondensation protectionLocal temperature maintenance (low voltage)
Ask about the product →
Add to wishlist
Quick view
ECV003 – Chemikonics
Compare

ECV003

,

Dielectric Varnish for Printed Electronics

ECV003 is a UV dielectric varnish designed for printed electronics, used to isolate conductive layers and create conductive bridges (cross-overs) in multi-layer systems. It provides excellent electrical insulation (dielectric strength ≥ 4000 V in two layers) and increased UV resistance during the curing process. The product is chemically compatible with Silver Electron inks and can be used on PET, polycarbonate, surface-modified polyester, and paper/cardboard substrates. The formulation meets the requirements of the non-CMR policy.

Specification
Breakdown voltage≥ 4000 V (2 layers)
Curing energy (mJ/cm²)> 300
Density1,13
Viscosity (poise), Rotothinner, 562 rpm, 25°C95
Paint colorGreen
Chemical compatibility with the seriesSilver Electron
Yield (cm²/g)400–440
Open time on the sieve (min)60
Substrate
Paper cartonPETPolycarbonateSurface-modified polyester
Ask about the product →
Add to wishlist
Quick view
SOLVCARD – Chemikonics
Compare

SOLVCARD

,

NON-CMR solvent ink for printing on PVC, RPVC and PET cards

SOLVCARD is a non-CMR solvent ink designed for printing on PVC, RPVC, and PET cards. It provides good stability for metallic inks in the packaging and on screens, is non-flammable, and is not classified as hazardous for transport. It is compatible with offset printing and UVICARD TF inks, and is suitable for laminating and embossing. Available in gloss or satin finishes.

Specification
Ink typeSolvent NON-CMR
ApplicationCards (PVC, RPVC, PET)
Efficiency20–55 m²/kg (depending on the fabric)
SqueegeePolyurethane 65shA/75shA
DryingTunnel 50–60°C, 10–20 s
Lamination125–140°C, 5–15 min
Adhesion~10 N/cm (peel)
Durability12 months (24 for SC103)
Substrate
PVCRPVCPET
See all color and material codes
Golden
On Request
Silver
SC301 FINE SILVER
SC302 MEDIUM SILVER
SC303 LARGE SILVER
Pearl
SC311 PEARL FINE
SC312 PEARL MEDIUM
SC313 PEARL LARGE
Transparent
SC5601 TRANS YELLOW
SC8003 TRANS BROWN
Opaque white and black
SC103 OPAQUE WHITE
SC105 SHUTTER WHITE
SC905 OPAQUE BLACK
Lacquer
SC001V2 MIXING BASE
Thinners and additives
SC201 Thinner
SC203 retarder
Ask about the product →
Add to wishlist
Quick view
Voltera V-One
Compare

Voltera V-One

4-in-1 PCB Printer for Rapid Electronics Prototyping

The Voltera V-One is a compact 4-in-1 PCB printer that combines conductive trace printing, hole drilling, solder paste dispensing, and reflow soldering in a single device. This allows a functional PCB prototype to be created in an hour instead of days or weeks. According to the manufacturer, the device allows for up to 15 prototypes per day—without the need for outsourcing. The print bed heats up to 240°C, enabling both curing conductive paint and reflow solder directly onto the board. The V-One is ideal for electronic prototype development and assembly, technical education, and makerspaces, ensuring full intellectual property protection thanks to in-house production. Chemikonics supplies the device along with consumables and technical support in the Polish market.

Specification
Minimum track widthTraces
Workspace (print)128 116 mm × mm × mm 3
XYZ resolution10 µm × 10 µm × 1 µm
Number of layersone-sided, two-sided
TechnologyDirect Ink Write (DIW)
Fixing the substrateclamping
Substrate thickness1--3mm
Maximum temperature of the heating table240°C
CNC spindle speed11,000 rpm (RPM)
Syringe capacityup to 2 ml
Dosed materialssoldering pastes, Conductor 3 conductive ink (silver)
File formatGerber
Substrate
FR1FR4
Perfect for
R&D departmentsTechnical universitiesHardware startupsElectronics manufacturersMakerspaces
More about the product → Ask about the product →
Add to wishlist
Quick view
SILVER ELECTRON STRETCHABLE – Chemikonics
Compare

SILVER ELECTRON STRETCHABLE

,

Silver Paint for Printed Electronics

SILVER ELECTRON STRETCHABLE (SES) is a solvent-based, silver-based conductive ink designed for applications requiring high flexibility and stretchability. The product was developed for wearable electronics, intelligent textiles, and thermoformed components (IME/IMD). After appropriate curing, the ink provides high electrical conductivity, heat resistance, excellent substrate adhesion, and high print resolution. It can be used on PET, polycarbonate, and polyurethane substrates and is compatible with thermoforming processes. The formulation is CMR-free (non-CMR).

Specification
resistance< 15 mΩ/sq/mil (3,8×10⁻⁷ Ω m)
Viscosity (poise), Rotothinner, 562 rpm, 25°C25
Yield (cm²/g)290–370
Open time on the sieve (min)> 60
Substrate
Paper cartonPVCPolyurethanePETPolycarbonateSurface-modified polyesterPolyimide
Ask about the product →
Add to wishlist
Quick view
FLEXOGRAPHY SILVER ELECTRON – Chemikonics
Compare

FLEXOGRAPHY SILVER ELECTRON

, ,

Silver Conductive Paint for Printed Electronics

FLEXOGRAPHY SILVER ELECTRON (FSE) is a solvent-based, silver-based conductive ink specifically designed for flexographic printing in printed electronics applications. It provides high electrical conductivity, stable parameters after curing, and high flexibility of printed traces. The product is intended for high-volume production of applications such as RFID tags, antennas, flexible printed circuits, and other functional electronics components. The ink is compatible with paper, PET, polycarbonate, and polyester substrates and meets the requirements of the non-CMR policy.

Specification
resistance≤ 10 mΩ/sq/mil
Viscosity (poise), Rotothinner, 562 rpm, 25°C12–18
Yield (cm²/g)300–380
Open time on the sieve (min)60
Substrate
Paper cartonPVCPETPolycarbonateSurface-modified polyesterGlassPolyimide
Ask about the product →
Add to wishlist
Quick view
NEOBLACK SC2B – Chemikonics
Compare

NEOBLACK SC2B

,

Conductive graphene-based spray paint

NEOBLACK SC2B is a water-based, conductive, graphene-based spray paint designed for heating and EMI shielding applications. Solvent-free and single-component (ready-to-use), it's based on multilayer graphene (FLG), compatible with a wide range of substrates, and easy to clean after use. Thermal cure: 120–150°C for 3–5 minutes (or 4–5 minutes with an IR lamp).

Specification
Resistivity (normalized)55 Ω/sq/mil
Viscosity (Pa s, rheometer, 20°C, 10 s⁻¹)0,191
Solids content (%)6,47
Durability12 months
Substrate
Paper IndustryPETModified polyesterfabricsKapton® (polyimide)TPUPEI
Ask about the product →
Add to wishlist
Quick view
New
V-One Starter Pack – Chemikonics
Compare

V-One Starter Pack

Voltera V-One Printer Consumables Kit

The V-One Starter Bundle includes everything you need to get started immediately. With fresh silver paint, fresh solder paste, flux, new nozzles, and a complete starter project, this package renews your setup with the essential consumables that come with a brand-new device. This bundle is ideal if you bought your V-One printer secondhand, work in a shared lab where some components have been lost, or are restoring your equipment to service after a long period of shelf storage.

Kit contents
Conductive inkConductor 4 – paint with silver nanoparticles, 1 pc.
Solder pasteT4 Sn42Bi57.6Ag0.4, 1 pc.
Dosing nozzles230 µm, disposable, 25 pcs/box
FR1 foundations2″×3″, 10 pcs/pack
FR1 foundations3″×4″, 6 pcs/pack
Solder wireSn42Bi57Ag1, 1 pc.
Soldering flux1 pieces.
Startup project"Hello World" component set, 1 pc.
compatibilityVoltera V-One printer
Ask about the product →
Add to wishlist
Quick view
SILVER ELECTRON LOW ENERGY CURING – Chemikonics
Compare

SILVER ELECTRON LOW ENERGY CURING

,

Silver Conductive Paint for Printed Electronics

SILVER ELECTRON LOW ENERGY CURING (SELEC) is a solvent-based, silver-based conductive ink for printed electronics. Designed for processes requiring reduced temperatures and faster curing times, it performs well on thermally sensitive substrates such as PET, paper, foils, and TCA. The ink provides high electrical conductivity, good printability, and uniform surface coverage while maintaining non-CMR compliance.

Specification
resistance≤ 15 mΩ/sq/mil
Viscosity (poise), Rotothinner, 562 rpm, 25°C90–100
Yield (cm²/g)240–320
Open time on the sieve (min)60
Substrate
Paper cartonPVCPETSurface-modified polyester
Ask about the product →
Add to wishlist
Quick view
NEOBLACK SP2 – Chemikonics
Compare

NEOBLACK SP2

,

Conductive graphene-based ink for screen printing

NEOBLACK SP2 is a water-based, conductive, graphene-based screen printing ink designed to create highly conductive, flexible, and uniform patterns for heating, printed electronics, sensor technology, and EMI shielding applications. Solvent-free and single-component (ready-to-use), it features high flexibility, compatibility with a wide range of substrates, and easy cleanup with distilled water after use. The resistive behavior remains stable (STC) up to 150°C; above this temperature, the ink exhibits a negative temperature coefficient (NTC). Thermal curing: 120–150°C for 3–5 min (or tunnel oven in a 100→130→130°C profile, approximately 1,5 min total).

Specification
Resistivity (2 layers, 35 µm)40 Ω/sq (55 Ω/sq/mil)
Viscosity (Pa s, rheometer, 20°C, 10 s⁻¹)25
Coverage (cm²/g)78,25
Resistive Stability (STC)to 150 ° C
Substrate
Paper IndustryPETModified polyesterfabricsKapton® (polyimide)TPUPEI
Ask about the product →
Add to wishlist
Quick view