Solid-State Battery – ATOMFAIR https://atomfair.com Anything Lab, Science and Research Fri, 03 Apr 2026 06:12:39 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://atomfair.com/wp-content/uploads/2024/09/cropped-site-logo-1-e1725446194604-32x32.png Solid-State Battery – ATOMFAIR https://atomfair.com 32 32 Atomfair High-Performance All-Solid-State Battery Integrated Preparation System https://atomfair.com/product/atomfair-high-performance-all-solid-state-battery-integrated-preparation-system/ https://atomfair.com/product/atomfair-high-performance-all-solid-state-battery-integrated-preparation-system/#respond Wed, 25 Mar 2026 09:36:52 +0000 https://atomfair.com/?post_type=product&p=40981 Product Introduction
The AF-ASB-IPS is a high-performance integrated preparation system designed specifically for all-solid-state battery research and manufacturing. It features a 4-nozzle printing setup, enabling multi-material online printing and precise fabrication of complex electrode structures. With in-situ drying and curing technology, it minimizes solid-solid interface impedance, delivering efficient, high-precision preparation for advanced solid-state battery development.

Product Basic Information

Category Details
Product Code AF-ASB-IPS
Overall Dimensions (L×W×H) 650 × 650 × 840 mm
Working Range ≤X:110 mm, Y:100 mm, Z:20 mm
Printing Platform Vacuum adsorption, customizable heating (room temperature ~ 60°C)
Single-layer Printing Thickness 0.01 ~ 0.3 mm
Minimum Line Width ≤150 μm
Minimum Line Spacing ≤100 μm
Number of Printing Heads 4

Key Product Features

  1. Compatible with Multi Materials

    Supports online printing of up to 4 different materials, offering high flexibility for multi-layer all-solid-state battery component fabrication.

  2. Rapid Electrode Preparation

    Equipped with a high-speed and high-precision screw module, achieving high positioning accuracy and fast printing speed to accelerate electrode preparation workflows.

  3. Optimization of Solid-Solid Interface

    Adopts in-situ drying and curing during layer-by-layer printing, effectively reducing solid-solid interface impedance and improving battery performance.

  4. Complex Electrode Sheets Fabrication

    Utilizes ultra-fine printing needles, enabling the printing and preparation of complex and irregular electrode sheet structures for advanced battery design.

 

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.

]]> https://atomfair.com/product/atomfair-high-performance-all-solid-state-battery-integrated-preparation-system/feed/ 0 Atomfair High-Precision PEEK Insulated Constant-Spacing Solid-State Battery Mold Ø70 mm × 94 mm https://atomfair.com/product/high-precision-peek-insulated-solid-state-battery-mold-constant-spacing-solid-state-battery-mold-%cf%868-%cf%8610mm/ https://atomfair.com/product/high-precision-peek-insulated-solid-state-battery-mold-constant-spacing-solid-state-battery-mold-%cf%868-%cf%8610mm/#respond Tue, 24 Mar 2026 02:00:14 +0000 https://atomfair.com/?post_type=product&p=40135

 Product Overview

  • General Cylindrical Mold: A common pressure-forming mold used in laboratories, fully customizable to user requirements.
  • Pressure-Controllable Battery Mold : The sleeve and gasket compression nut are made of PEEK material with high mechanical strength and corrosion resistance. It features simple operation, can form a detachable solid-state battery measurement device with a pressure-controllable battery fixture, and is used with small mechanical or manual pressurization devices. This product is designed to study the performance of battery materials under different pressure conditions.

Product Technical Parameters

Item Specifications
Product Dimensions Ø70 mm × 94 mm
Metal Frame Stainless Steel
Electrode Post Material High-strength die steel (mirror-polished head)
Outer Protective Shell Imported PEEK
Inner Test Sleeve Ceramic (standard 10 mm, customizable 5–20 mm, inner hole roughness Ra 0.08)
Application All-Solid-State Lithium Batteries
Withstand Pressure 0–6 T
Temperature Limit 210 °C

Product Features

  • Ceramic Sleeve

    High temperature resistance, no powder adhesion, easy to clean, durable and stable.

  • Mirror Polished Electrode Head

    Smooth polished surface, even force distribution, low adhesion, easy to clean.

  • Sealing Structure

    Dual protection with thread + sealing ring, tight and reliable; testing can be performed directly in air.

  • Modular Design

    Fast assembly, convenient disassembly, higher operation efficiency.

Usage & Maintenance Notes

  1. Before each use, wipe the mold surface with cleanroom paper to remove anti-rust oil and avoid affecting test results.
  2. Position the mold at the center of the tablet press; do not exceed the mold’s rated pressure during pressurization.
  3. For viscous metal powders (e.g., aluminum, magnesium, zinc), use an appropriate lubricant to reduce friction during compression.
  4. After use, clean the sample residue from the mold promptly to prevent corrosion. For long-term storage, clean and dry the mold with anhydrous ethanol, apply anti-rust oil, and store in a dry environment.

 Application Scenarios

  1. Directly place electrode sheets, separators, and electrolyte into the center of the mold sleeve; no screws are required for operation.
  2. Place the entire assembly into a press for pressurization (presses are available for purchase).
  3. Connect the tabs to a battery analyzer.
  4. High-throughput battery measurement kits can be customized according to customer requirements.

 

 

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