Most ESD Fabric is made from cotton or polyester and then imbedded with a grid of carbon fiber. These ESD fabrics effectively create a Faraday Cage around the body of the wearer. This shields any charges generated from the clothing that could otherwise damage devices that are sensitive to static electricity.
We focus on the production and sales of high-level anti-static clothing. Our products are of high quality, durable and have a particularly stable anti-static index. In addition, we have a variety of styles for you to choose from, and we have the ability to provide you with customized services.The ESD fabric cubic resistance is about from 10^4 to10^9/cm and will not be effected by environment, humidity, temperature. That’s why you choose us.
ESD cloth can be used for many industries, including petroleum industry, mining and metallurgy industry, chemical industry, electronics industry, special industries,( such as atomic energy, aerospace, weapons, etc.), other industries (food, fireworks, medicine). We cooperated with many enterprises and made them satisfied.
LEENOL ESD fabric is intended for manufacturers, garment makers, cleanroom suppliers and industrial buyers who need textile materials with controlled electrostatic performance. The category includes diamond-grid polyester fabric, pique conductive textile, cotton-rich conductive fabric, 5mm grid and strip constructions, washable polyester fabric and conductive sewing thread. Instead of treating all antistatic textile as the same material, procurement teams can select a construction according to garment durability, comfort, appearance, grid geometry, weight, width, wash requirements and final application.
ESD fabric normally combines a textile base with conductive fibers or conductive yarns arranged through the structure. LEENOL describes its category as fabric made from cotton or polyester with carbon-fiber grid structures. The conductive network helps provide a path for charge dissipation and reduces the risk of uncontrolled static accumulation on garments. In a production environment, this matters because workwear can move continuously with the operator and can otherwise participate in charge generation and transfer.
The fabric is not simply a fashion or uniform material. It is an engineering input to an ESD garment. The final performance depends on fiber composition, conductive grid spacing, surface resistance, garment construction, seams, washing history and the rest of the personnel grounding system. Buyers should therefore request the technical data for the exact fabric model instead of assuming that every fabric in the category has identical electrical behavior.
One representative product is the LN-10006 anti-static diamond-shaped fabric. The listed construction is 95% polyester plus 5% conductive fibers, with a 3mm diamond-shaped conductive grid, a weight of 160 g/m², a width of 1.52 m and a stated surface resistance of 106–109 ohms. White and black are listed as regular stock colors, while custom colors, widths and specifications are available on request. The product page identifies GB 12014-2019 and states performance comparable to IEC 61340-5-1 and EN 1149; procurement teams should request current test documentation for the exact batch and intended market.
The wider catalog also contains pique conductive fabric, a 96% cotton conductive fabric, 5mm grid TC fabric, 5mm grid washable polyester, 5mm strip fabric, washable cleanroom fabric and conductive sewing threads. This range is useful when the customer is not simply buying finished garments but is developing a uniform or cleanroom garment program.
| Fabric direction | Typical composition/construction shown in catalog | Potential use | Key buying question |
|---|---|---|---|
| 3mm diamond grid | 95% polyester + 5% conductive fibers; 160 g/m²; 1.52m width | ESD jackets, coats, industrial workwear | Is the grid and resistance suitable for the required garment design? |
| Pique conductive textile | Pique-style ESD textile | ESD polo shirts and comfortable uniforms | What hand feel, weight and laundering cycle are required? |
| Cotton-rich conductive fabric | 96% cotton conductive fabric listed | Comfort-focused workwear | How will cotton content affect moisture, shrinkage and wash control? |
| 5mm grid polyester/TC fabric | 5mm grid constructions listed | ESD clothing and clean areas | Does the grid geometry meet the customer's technical specification? |
| Conductive sewing thread | Conductive thread products including 88% high-tenacity polyester + 12% conductive fiber | Garment construction and conductive seams | Is the thread compatible with the selected fabric and sewing process? |
Industrial buyers commonly face four practical issues: inconsistent static-control performance after repeated laundering, fabric choices that are too heavy for full-shift use, difficulty matching a fabric to a specific garment pattern, and unstable supply for recurring production orders. A material with a conductive component woven into the textile can be preferable to a surface treatment when the garment is expected to be washed repeatedly, but the exact durability still needs verification through the supplier's technical documentation and the customer's laundering conditions.
Another challenge is width efficiency. A 1.52m-wide fabric can reduce seams and off-cut waste in garment cutting, which can matter for high-volume uniform programs. Grid geometry also influences pattern planning. Diamond, square-grid and strip constructions can behave differently when cut, sewn and positioned across garment panels. A buyer developing a new garment should therefore evaluate not only resistance but also fabric width, weight, drape, shrinkage and cutting yield.
LEENOL lists ESD fabric for protective clothing, cleanroom garments, anti-static curtains and partitions, industrial workwear, automotive and aerospace component manufacturing, pharmaceutical and medical-device assembly. The fabric can also support private-label garment production where a uniform manufacturer needs a stable textile input. Conductive sewing thread is particularly relevant when the customer wants conductive continuity through seams or needs to construct garments using its own production line.
For electronics and semiconductor manufacturing, the textile should be evaluated together with cleanroom requirements. ESD performance does not automatically establish particle performance. For pharmaceutical or medical-device environments, contamination and regulatory requirements may be more demanding than ordinary industrial workwear. The correct procurement specification should therefore separate electrical, textile and cleanliness requirements.
First identify the garment: polo, jacket, coverall, cap, smock or another construction. Then establish the target electrical performance and applicable standard. Next choose the base fiber according to comfort and durability. Polyester can provide dimensional stability and abrasion resistance, while cotton-rich structures may be preferred where textile feel is a priority. After that, determine grid geometry, fabric weight, width, color and expected wash cycle. Finally, produce a sample garment and verify the finished product rather than relying only on the raw fabric specification.
For garment factories, a fabric purchase should also include roll width, roll length, packaging, color tolerance, batch identification and repeat-order requirements. These details reduce the risk of variation between production lots.
Finished garments can be sourced through the LEENOL ESD clothing range. Personnel who handle exposed electronic assemblies can use ESD gloves and protective handwear according to the process requirement. Workstations can also incorporate an ESD wrist strap and grounding kit so the textile is integrated into a broader personnel grounding procedure.
LEENOL states that custom colors, widths and specifications are available for the diamond-shaped fabric, while the category as a whole supports customized services. A technical inquiry should include the required composition, grid size, target resistance, weight, width, color, washing requirement, end-use garment, estimated annual volume and destination market. If the fabric will be converted into a cleanroom garment, also provide the required cleanliness level and laundering process.
For OEM textile development, send your drawing or sample, fabric specification, target quantity and testing requirements through the LEENOL Contact Us page. This allows the supplier to review feasibility before a production quotation is finalized.
They form conductive paths within the textile to support controlled dissipation of electrostatic charge. The final performance depends on the fabric construction and finished garment.
The listed specification is 95% polyester and 5% conductive fibers, 3mm diamond grid, 160 g/m², 1.52m width and 106–109 ohms surface resistance.
Several LEENOL products are specifically described as washable. The actual washing temperature, detergent, drying process and performance retention should be confirmed for the selected fabric.
The product information states that custom colors, widths and specifications can be requested. Feasibility and minimum order requirements should be confirmed for each project.
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