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Grade 5 cut-resistant gloves
Process: 13 stitch seamless knitting
Material: HDPE+ glass fiber + steel wire
Color: hemp grey
American standard
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This paper is double-bagged to keep out contaminates and meets Fed. Std. Class 100 and ISO Class 5 clean room standards.
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The ESD  IXPE, ESD PU, ESD EPE and ESD EVA,four types of foam can be customized in terms of size, color and style.
 
The types of foam include PU foam, anti-static foam, conductive foam, EPE foam, anti-static EPE, EVA. These materials have excellent low-pressure shielding effect, with a shielding efficiency exceeding 90 dB. At the same time, they are also elastic and lightweight, have a corrosion-resistant nickel coating that effectively resists electrochemical corrosion, have low surface contact resistance, can be customized in length, have multiple cross-sectional options available, and comply with UL-level fire safety standards.
 
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Conductive EVA Foam
Color: Black
Size:600*500*5mm Customization
Graphic customization 
Surface resistance: 10e3-10e6ohms.
Conductive EVA Foam
 
Anti-static EVA foam is actually a special type of EVA foam. It is mainly based on the principle of EVA foaming, and then additional corresponding components are added to enable it to have anti-static properties, thus achieving the purpose of being compatible with electronic and electrical products. Anti-static EVA foam is now widely used in various fields.
The surface resistance of the anti-static EVA foam is between 10^6 and 10^9 ohms. It has excellent conductivity, good anti-static and electromagnetic shielding properties, as well as shock resistance, sound insulation, heat insulation, moisture resistance, corrosion resistance, and light weight.
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Customized EVA foam-class B
color: black
Size: 210*140mm
Thickness:3mm
Hardness: 38 degree( 80-100kg/m3 density)
Single sided adhesive
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Using advanced Blister vacuum forming machine, It makes the blister packing quality stable and keep production data as well.Based on advanced technology, we could offer professional vacuum packing for electronics factories, medical and cleanrooms. Currently, ESD blister Material can divide into 3 type according to the resistance reading:
Conductive: 10e3-10e5 2
Semi conductive: 10e6-e10e9 2
Dissipative: 10e9-10e11Q
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ESD conductive plastic storage box is designed for safe handling and storage of electronic components. It provides reliable static protection, prevents damage to sensitive PCBs, and ensures safe circulation in factories, warehouses, cleanrooms, and assembly environments.
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Material: Type:
Plastic Tray packaging
Plastic Type: material:
PP eco-friendly
Process Type: usage:
Blister packing and transport
Custom Order: Color:
Accept Customized
Place of Origin: Size:
Guangdong, China Customized Size
Brand Name: Logo:
ksm Customer's Logo
Model Number: Thickness:
ksmt-t0101 0.25mm~1.5mm
Use: Certificate:
Electronic ISO9001:2008
Blister trays: Plastic trays:
ESD tray PP tray
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Using advanced Blister vacuum forming machine, It makes the blister packing quality stable and keep production data as well.Based on advanced technology, we could offer professional vacuum packing for electronics factories, medical and cleanrooms.Currently, ESD blister Material can divide into 3 type according to the resistance reading:
 
  • Conductive: 10e3-10e5Ω
  • Semi conductive: 10e6-e10e9Ω
  • Dissipative: 10e9-10e11Ω
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Leenol thermoforming ESD antistatic plastic sheet is developed for manufacturing protective trays used in electronics handling, storage, and transport. Designed for thermoforming applications, this material helps reduce static risk while providing a stable base for custom tray production in precision industrial environments.
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Using advanced Blister vacuum forming machine, It makes the blister packing quality stable and keep production data as well.Based on advanced technology, we could offer professional vacuum packing for electronics factories, medical and cleanrooms.Currently, ESD blister Material can divide into 3 type according to the resistance reading:
 
  • Conductive: 10e3-10e5Ω
  • Semi conductive: 10e6-e10e9Ω
  • Dissipative: 10e9-10e11Ω
0
0
Using advanced Blister vacuum forming machine, It makes the blister packing quality stable and keep production data as well.Based on advanced technology, we could offer professional vacuum packing for electronics factories, medical and cleanrooms.Currently, ESD blister Material can divide into 3 type according to the resistance reading:
 
  • Conductive: 10e3-10e5Ω
  • Semi conductive: 10e6-e10e9Ω
  • Dissipative: 10e9-10e11Ω
0
0
Using advanced Blister vacuum forming machine, It makes the blister packing quality stable and keep production data as well.Based on advanced technology, we could offer professional vacuum packing for electronics factories, medical and cleanrooms.Currently, ESD blister Material can divide into 3 type according to the resistance reading:
 
  • Conductive: 10e3-10e5Ω
  • Semi conductive: 10e6-e10e9Ω
  • Dissipative: 10e9-10e11Ω
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0
LEENOL LN-1513301 PP corrugated sheets and boxes provide durable, lightweight, and versatile packaging solutions for industrial logistics. These customizable, anti-static containers offer superior impact resistance and chemical protection, ensuring the safe storage and transport of sensitive electronic components and hardware.
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ESD TC Garment with Polyester Cotton Fabric

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Model: LN1560102

Description: ESD TC Garment:

Material: 65% Polyester, 33% Cotton, 2% Conductive Fibers

Conductive Fibers: 5mm Grio

Color: White, Blue

Unisex design

Can be washed by water

Special size and design and color can be customized

Advanced Electrostatic Protection & Cleanroom Compatibility

Maintaining a strictly controlled environment requires workwear that actively mitigates static generation while preventing particulate contamination. This garment is engineered with a precisely woven 5mm conductive grid network that creates a continuous Faraday cage effect around the wearer. By maintaining a stable surface resistance between 10e6 and 10e8 ohms, the fabric ensures that any static charge generated by human movement is rapidly and safely dissipated before it can arc and compromise sensitive microelectronics. Beyond its electrical properties, the tightly woven structure is highly compatible with stringent cleanroom protocols. The synthetic fibers are processed to minimize linting and shedding, making this apparel an ideal protective barrier for Class 100 and Class 1000 controlled environments where even microscopic airborne particles can lead to critical component failure.

Material Composition: The Balance of Durability and Ergonomic Comfort

Operator compliance with protective protocols heavily depends on physical comfort during extended shifts. The specific blend of 65% Polyester, 33% Cotton, and 2% Conductive Fibers addresses this challenge directly. The dominant polyester content provides exceptional structural integrity, resisting tears and abrasions while offering an inherent anti-wrinkle property that maintains a crisp, professional appearance throughout the day. Simultaneously, the 33% cotton integration transforms the tactile experience. It introduces essential breathability and a soft, natural feel against the skin, actively wicking away moisture to prevent the clammy, restrictive sensation often associated with purely synthetic cleanroom suits. This precise material ratio ensures optimal thermal regulation for technicians performing meticulous tasks in temperature-controlled facilities.

Washability and Long-Term Performance Retention

Industrial protective wear must withstand rigorous maintenance schedules without losing its functional integrity. Designed to be easily washed by water, this garment utilizes advanced carbon-infused threads that remain permanently locked within the fabric matrix. Unlike superficial chemical treatments that wash away, the physical conductive grid retains its static-dissipative properties even after dozens of intensive industrial laundering cycles. The fabric resists shrinking and color fading, ensuring that the initial investment translates into long-term operational reliability and consistent compliance with internal safety audits.

Versatile Application Scenarios

A single electrostatic discharge event can cause latent defects that remain undetected until a product fails in the field. This specialized apparel acts as a primary line of defense across multiple precision-dependent sectors:

  • Semiconductor Fabrication: Protecting delicate silicon wafers from static shocks and micro-dust accumulation during photolithography and etching processes.

  • Printed Circuit Board (PCB) Assembly: Safeguarding exposed surface-mount components during manual soldering and automated inspection routines.

  • Aerospace Component Manufacturing: Ensuring that navigation and control modules remain completely uncontaminated and electrically stable during assembly.

  • Medical Device Assembly: Providing a clean, static-free barrier for the production of life-saving diagnostic equipment and implantable devices.

Comprehensive Customization and Flexible Production

Recognizing that every facility has unique operational requirements and corporate identity standards, the production process accommodates extensive flexible customization. While standard White and Blue colors are immediately available for visual contamination checks, specific pantone matching can be executed to align with company branding or to designate different departmental roles on the factory floor. The unisex design is meticulously tailored to allow a full range of motion without excess fabric that could snag on machinery. Furthermore, the size range can be expanded from standard dimensions up to 5XL to comfortably outfit a diverse workforce. Custom corporate logos can also be integrated using ESD-safe embroidery or specialized heat transfers that do not compromise the garment's electrical resistance.

Stringent Quality Control and Certified Manufacturing

Every batch of apparel represents a critical commitment to operational safety. The manufacturing facility operates a dedicated, in-house electrostatic testing laboratory where raw fabric rolls and finished garments undergo rigorous surface resistivity and charge decay evaluations before they are cleared for dispatch. This systematic approach to quality assurance ensures adherence to global compliance frameworks.

Quality Assurance Metric

Implementation & Verification

In-House Lab Testing

Each production lot is subjected to strict friction voltage and resistance testing using calibrated measurement instruments.

Material Compliance

All dyes, threads, and fabrics comply with RoHS directives, ensuring the absence of restricted hazardous substances.

Audit Readiness

Production processes align with standards frequently audited by recognized international bodies such as TÜV and SGS, providing documented reliability.

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LEENOL is an "ESD TOTAL SOLUTION" company to fulfill ESD requirements for factories and labs. LEENOL's product range covers LeeRackTM Handling Storage ESD Equipments, LeePakTM Packing Material, LeeBenchTM Factory and Lab Furniture.

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Fax: +86-21-36030089-816
Tel: +86-21-36030087 / 36030089
Phone: +86-13818028193
E-mail: sales@leenol.com
Address: No. 129, 822 Lane, Zhennan Road, Putuo District, Shanghai, China 200331

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