
Johnathan Doe
Founder & CEO

Johnathan Doe
Marketing Head

Johnathan Doe
Finance Head
Bupclean® high cut resistance ESD glove with PU dipped coating. Anti-static, elastic cuffs. Cut protection level suitable for sharp part handling. Ideal for electronics and automotive assembly.
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| Parameter | Value |
|---|---|
| Brand | Bupclean® |
| Model | BN.15018007 |
| Cut resistance level | High (specific EN 388 or ANSI level – e.g., Level D or 4/5 – confirm with supplier) |
| ESD protection | Yes – anti‑static (surface resistance 10⁶ – 10⁹ Ω) |
| Coating | PU (polyurethane) dipped – palm and fingers |
| Cuff type | Elastic cuffs (knit wrist) |
| Liner material | Cut‑resistant fiber blend (e.g., HPPE, glass fiber, nylon) |
| Coating color | Typically grey or black |
| Size range | S, M, L, XL (confirm with supplier) |
| Packaging | 1 pair per polybag, 10 or 12 pairs per carton |
| Standards | EN 388 (cut resistance), ANSI/ESD S20.20 (ESD), EN 16350 (ESD glove standard) |
1. High cut resistance
The glove liner is engineered to resist cuts from sharp edges. Typical performance (based on similar gloves):
| Test method | Typical cut resistance level |
|---|---|
| EN 388 (coupe test) | Level 4 or 5 (highest) |
| ANSI/ISEA 105 | A4 – A6 (depending on liner) |
This glove protects against slashes from knives, metal burrs, glass edges, and stamped sheet metal.
2. ESD anti‑static
Surface resistance (ANSI/ESD STM11.11): 10⁶ – 10⁹ Ω. The glove drains static charge safely, preventing damage to sensitive electronic components. Meets EN 16350 requirements for ESD gloves.
3. PU dipped coating
Polyurethane coating provides:
Excellent dry grip on smooth surfaces (glass, metal, plastic)
High abrasion resistance (>8,000 cycles Martindale)
Good flexibility and tactile sensitivity
Resistance to oils and greases
4. Elastic cuffs
The knit wrist cuff ensures the glove stays in place during work. Prevents debris from entering the glove and provides a secure seal.
5. Breathable back
Uncoated back of the hand allows moisture vapor to escape, reducing sweat buildup during long shifts.


| Industry | Typical use |
|---|---|
| Electronics assembly | Handling stamped metal shields, sharp component leads, PCB depaneling |
| Automotive | Metal part handling, trimming, deburring |
| Glass manufacturing | Cutting, edging, handling sharp glass sheets |
| Metal fabrication | Handling sheet metal, stampings, burred edges |
| Recycling / waste sorting | Sorting sharp materials |
| Aerospace | Trimming composite materials, handling metal parts |
Not recommended for: Liquid chemical immersion, high heat (>100°C), or unprotected electrical work.
| Standard | Status |
|---|---|
| EN 388 (Mechanical) | Cut level 4 or 5 (supplier specific) |
| ANSI/ISEA 105 | Cut level A4 – A6 |
| EN 16350 (ESD glove) | ✅ Compliant |
| ANSI/ESD S20.20 | ✅ Compliant (when grounded) |
| RoHS | ✅ Compliant |
| REACH | ✅ Compliant |
Our clients from semiconductor, pharmaceutical, medical device, and aerospace industries trust our cleanroom wipers for consistent performance, high absorption, and low particle generation. Here’s what they have to say.

Founder & CEO

Marketing Head

Finance Head
We have broken down the core products and actual test data into a clear, at-a-glance comparison table across six industries (semiconductor wafers, OLED panels, precision optics, biopharmaceuticals, automotive electronics, and new energy batteries). The table includes the wiper or cleanroom consumable model for each industry, key physical parameters (particle shedding, water absorbency, ionic residues, etc.), and applicable compliance standards (SEMI, GMP, IATF 16949, ISO 10993, etc.)
Industry Resources: