Product Description
ANTI STATIC CARBON PU COATED GLOVES
Size: |
S, M, L |
Pattern: |
PU fingertip Coated |
Packing: |
1pair/ bag, 300pais/ctn |
OEM |
Available |
Samples: |
Free samples available and you pay shipping cost |
Certificate: |
ROHS |
Payment term: |
L/C, T/T, Credit card, PayPal, Western union |
Description:
ESD knitted glove with dissipative carbon filament and polyurethane (PU) coating on the palm and finger tip sections, ideal for handling electronic parts.
Features:
Colour: Natural light grey carbon liner with white coated palm
Material: 80% Nylon and 20% Carbon (knitted with 13 Gauge)
PU (Polyurethane) Palm Coating
Surface resistivity: 1x10e6-9Ω/cm
Detailed Images
Company Profile
- Professional technical support: Provide a professional technical team to answer customer questions and provide technical support at any time to ensure that customers can use the product correctly.
- Continuous follow-up: Communicate and follow up with customers regularly to understand customer needs and provide corresponding support and services.
- Customized services: Customize products according to customers' specific needs, including size, color, materials, etc., to meet the requirements of different industries and application scenarios.
- Industry certification: Products comply with relevant industry standards and certification requirements, such as we pass ISO9001:2008,ISO13485:2016 and SGS certificate, etc., to ensure product quality and performance.
Applications for Cleanroom Carbon Fiber Gloves:
- Electronics Assembly: For handling and assembling electronic components where static electricity can damage sensitive devices.
- Semiconductor Manufacturing: To prevent ESD damage during the manufacturing process of chips and microcircuits.
- PCB (Printed Circuit Board) Production: While soldering or assembling PCBs, these gloves protect against static discharge that could harm the board.
- Clean Room Operations: In environments where contamination must be minimized, such as pharmaceutical or aerospace industries.
- Medical Device Manufacturing: For assembling sensitive medical equipment where static can affect performance.
- Laboratory Work: When handling chemicals or samples that require an ESD-safe environment.
- Data Storage and Handling: For protecting hard drives, tapes, and other data storage media from static damage.
- Aerospace Industry: In the assembly and maintenance of aircraft electronics and avionics.
- Automotive Electronics: For the assembly of electronic systems in vehicles, where static can affect sensitive components.
- Telecommunications: For the installation and maintenance of sensitive electronic equipment.
- Quality Control and Inspection: In the final inspection of electronic products to ensure they are free from ESD damage.
- Research and Development: For any experimental work involving sensitive electronic or electrical equipment.
- TFT LCD and Display Manufacturing: To protect the display panels from static damage during the manufacturing process.
- Precision Instrument Handling: For handling delicate instruments in industries such as optics or watchmaking.
- Anti-Static Workstations: As part of an ESD-safe workstation setup to ensure a comprehensive static control environment.