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18650 Battery Case with CID for Research | 10 & 25 Sets
Complete 18650 cylindrical cell hardware: can, cap, top and bottom insulating washers. Empty hardware, no electrolyte.
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2325 Separator Roll 100mm × 10m, 25 µm PP/PE/PP — Battery Separator for Na-ion / K-ion / Li-ion / Li-S Cell R&D
2325 spec PP/PE/PP trilayer microporous separator roll, 25 µm thickness, 39% porosity, 0% TD shrinkage. Cut φ18/19/24 mm discs in-lab for CR2032/2025/2016 coin cell, pouch, and 18650 cylindrical cell R&D. Compatible with Na-ion / K-ion / Li-ion / Li-S battery systems.
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2340 Separator Roll 100mm × 10m — PP/PE/PP 38 µm High-Strength Battery Separator for Na-ion, K-ion, Li-ion, Li-S Cells
2340-spec PP/PE/PP trilayer microporous separator roll — 38 µm, 45% porosity, zero TD shrinkage, puncture strength ≥500 g. 100 mm × 10 m; roughly 30% higher mechanical robustness than 25 µm grades. Cut discs for coin (CR2016/2025/2032), pouch and 18650 cylindrical cell R&D across Na-ion, K-ion, Li-ion and Li-S systems.
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Aluminum Laminated Film for Pouch Cell Packaging | 88/113μm
3-layer aluminum laminated film (ONy/Al/CPP) for pouch cell fabrication. 88μm and 113μm thickness. Excellent barrier properties. Used in battery research labs worldwide.
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Battery Separator Discs for Coin Cell Research | PP/PE, 16-20μm
Pre-cut PP/PE separator discs for Li-ion & Na-ion coin cell research: 16.2-19 mm dia, 16-20 μm thick, 100 pcs/pack. Prevents electrode shorts while allowing ion transport.
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Battery Separator Discs φ18mm — 2320 / 2325 / 2500 | PP/PE/PP Trilayer & PP Monolayer | Na-ion K-ion Li-ion Li-S Cell Separator
φ18 mm pre-punched separator discs covering three mainstream membranes in one listing: 2320 (PP/PE/PP trilayer, 20 µm — thin, energy-dense), 2325 (PP/PE/PP trilayer, 25 µm — balanced workhorse), and 2500 (PP monolayer, 25 µm, 55% porosity — high-rate). Ready to load into CR2032 coin cells and 18 mm test hardware for Na-ion, K-ion, Li-ion and Li-S R&D.
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Battery Tab Kit: 5mm & 8mm Pure Nickel Tabs for Pouch Cells
Matched aluminum and nickel tabs with width-matched sealing tape, supplied in pairs. 5 mm and 8 mm widths.
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Battery-Grade Aluminum Laminated Film for Pouch Cell Packaging | 76-153μm
Battery-grade aluminum laminated film for pouch cell packaging. Nylon/adhesive/Al/PP multilayer structure with high heat-seal and peel strength. Custom widths, lengths and thicknesses.
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CR2025 Coin Cell Case Sets
CR2025 Coin Cell Case Sets (100 Sets), 304 Stainless Steel with Funnel Springs (15.4x1.1mm) and Spacers (15.8x0.5mm), Anti-Static Packaging
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CR2032 Coin Cell Case Kit for Battery Research | LabCore
Complete CR2032 coin cell assembly kit: positive case, negative case, spring and spacer. 100 sets per pack.
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Droplet Generation Microfluidic Chip, PDMS/Glass, 100µm Channel, Flow-Focusing, Plasma-Bonded, with PTFE Tubing & Fittings Kit, 75x25mm Slide, for Lab Research (RUO)
Flow-focusing microfluidic chip with 100×100 µm channels, RTV615 PDMS plasma-bonded to borosilicate glass. Includes PTFE tubing and fittings for plug-and-play monodisperse droplet generation in lab research (RUO).
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Nickel Foam Electrode Substrate | High Porosity for Batteries
Pure nickel foam sheets for electrode substrates. High porosity (95-98%) and conductivity. Ideal for supercapacitors and battery research. Custom sizes available.
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Single-Cell Capture Microfluidic Chip, PDMS/Glass, Hydrodynamic Trapping, 10-25µm Cells, Plasma-Bonded, with PTFE Tubing Kit, 40x15mm, for Cell Research (RUO)
Hydrodynamic single-cell capture chip with 10 µm and 20 µm flow channels, 25 µm channel height fits 10–25 µm cells. Biocompatible PDMS/glass with gas permeability for live-cell research and high-resolution fluorescence imaging (RUO).
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Single-Point Pressing Solid-State Battery Test Mold
Single-point axial pressing solid-state battery mold with 5 T stack force, φ10 mm cavity, PEEK-ceramic composite, Standard and With-Sensor variants on one page
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Solid-State Battery Test Mold with Locking Ring | Compact
Locking-ring split-cell mold with quick pressure release, optimized for frequent sample changes and glovebox operation in all-solid-state battery research.
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Solid-State Battery Three-Electrode Test Mold | Compact
Three-electrode split cell with an integrated reference electrode for independent potential monitoring — purpose-built for all-solid-state battery mechanism and interface diagnostics.
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Staggered Herringbone Micromixer Chip, PDMS/Glass, Chaotic-Advection Mixing, Plasma-Bonded, for Nanoparticle & LNP Synthesis Research, with Tubing Kit, 45x20mm (RUO)
Staggered herringbone micromixer (SHM) with 21 µm-deep grooves driving chaotic advection. >90% mixing in a single channel length. For nanoparticle synthesis, LNP formulation research and protein crystallization screening (RUO).
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Standard PDMS Microfluidic Chip, PDMS/Glass, Dual 50µm & 100µm Channels, Plasma-Bonded, Starter Kit with PTFE Tubing & Syringe, 45x20mm, for Lab Research & Teaching (RUO)
Entry-level PDMS/glass chip with dual 50 µm and 100 µm channels in a simple layout. Complete starter kit with PTFE tubing and syringe. Ideal for students, teaching labs and teams testing new microfluidics protocols (RUO).
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T-Junction Droplet Microfluidic Chip, PDMS/Glass, 100x50µm Channel, Plasma-Bonded, with PTFE Tubing & Syringe Kit, 75x25mm Slide, for Lab Research (RUO)
T-junction droplet chip with 100 µm-wide × 50 µm-deep channels, RTV615 PDMS plasma-bonded to borosilicate glass. Includes PTFE tubing and syringe. Tight droplet size distributions at low flow rates for lab research (RUO).
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Three-Point Pressing Solid-State Battery Test Mold
Three-point pressing + PEEK-ceramic composite, dual-seal split-cell design; choose the mechanical or sensor-equipped variant on the same page for the full solid-state workflow from powder to conductivity testing.
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XRD In-Situ Cell for Battery Characterization | Kapton Window
In-situ XRD electrochemical cell with Kapton window for real-time battery material analysis. Single and double-window configurations. Compatible with standard diffractometers.
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