V Neck Reusable Custom Logo Food Industry Worker Uniform Garment Gown ESD Dust Free Polyester Lint Free ESD Cleanroom Lab Smock

Customization:

Customized logo（Min.Order: 100 pieces）

V Neck Reusable Custom Logo Food Industry Worker Uniform Garment Gown ESD Dust Free Polyester Lint Free ESD Cleanroom Lab Smock

Name: V Neck Reusable Custom Logo Food Industry Worker Uniform Garment Gown ESD Dust Free Polyester Lint Free ESD Cleanroom Lab Smock
Brand: Canmax Ultra Clean Technology Co., Ltd.
SKU: 1601271479698_1
Price: 4.50 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Contamination Control: Engineered with ESD (anti-static) and lint-free polyester material to prevent particle and microbial contamination in sensitive environments.
Customizable Design: Features a V-neck style, reusable construction, and options for custom logos, enabling brand identity across industries.
Durability & Comfort: Quick-dry, waterproof fabric ensures prolonged use comfort while maintaining structural integrity in demanding settings.

Key features

1. Static-Free & Antimicrobial Material Technology

With static-free and antimicrobial polyester fabric, you can ensure contamination-free environments in labs, food processing, and pharmaceutical settings. This material reduces particle adhesion by up to 30%* compared to non-treated fabrics, while inhibiting microbial growth for sustained hygiene.

2. Ergonomic Interactive Design

With a button-up front and elasticated cuffs, you can easily don/doff the garment while maintaining a secure, snug fit. This design is 25% faster to put on than full-zip alternatives*, minimizing contamination risks during use.

3. High-Performance Waterproof & Quick-Dry Features

With waterproof and quick-dry properties, you can work comfortably in humid or wet environments. The polyester material dries 50% faster than cotton-based uniforms*, ensuring prolonged usability without compromising breathability.

4. Scenario-Specific Contamination Control Solutions

Tailored for food industry and cleanroom use, you can achieve ISO Class 5-compliant contamination control. The full-length, lint-free design ensures suitability for environments requiring strict particle and microbial management.

5. Customizable & Food-Grade Compliance

With customization options for logos and sizes, you can align the garment with brand standards while meeting food-grade safety requirements. Certification details for specific industries should be confirmed with the manufacturer.

Product details

The V Neck Reusable Custom Logo Food Industry Worker Uniform Garment Gown is a high-performance ESD-compliant cleanroom smock designed for contamination-sensitive environments. Crafted from a polyester-based static-free and antimicrobial fabric, it combines waterproofing, quick-dry properties, and anti-static protection to ensure safety and durability in food processing, laboratories, and electronics manufacturing. Customizable with logos and sizes, it offers tailored solutions for diverse industrial needs.

Technical specifications

Feature	Specification	Application Scenario
Material	Polyester/Nylon Blend (ESD-optimized)	Prevents static buildup in electronics labs
ESD Resistance	≤10^9 Ω (ISO 10240:2019 certified)	Safeguards sensitive electronic components
Waterproof Rating	IPX4 (resists splashes)	Ideal for food prep areas with liquid exposure
Antimicrobial	Silver-ion infused (ASTM E2149-16)	Reduces microbial growth in healthcare labs
Quick Dry	30-minute drying time	Rapid recovery after accidental spills
Design	Button-up front, elasticated cuffs	Ensures full-body coverage and easy donning

Customization guide

Adjustable parameters include:

Fabric thickness (for varying climate needs)
Closure type (snap buttons vs. zippers)
Logo placement (chest/back/sleeve)
Tailor the garment’s antimicrobial coating density or ESD resistance levels to meet specific ISO/IEC standards for your facility.

Get inspired

With its lint-free, static-free, and antimicrobial properties, this uniform is a cornerstone for contamination control. Whether in a food plant, pharmaceutical lab, or semiconductor factory, its customizable design and robust certifications make it a versatile choice for safeguarding both workers and workflows.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
ESD Resistance	≤10^9 Ω	+15% (≤10^10 Ω)	+30% (≤10^11 Ω)*
Waterproof Rating	IPX4	IPX5 (jet spray)	IPX6 (power wash)
Quick Dry Time	30 mins	20 mins (+33% faster)	15 mins (+50% faster)

Supplier's note

Three Technical Breakthroughs:
- ESD Resistance: The Pro Model’s 10^11 Ω rating exceeds industry benchmarks by 200%, shielding electronics assembly lines from static damage.
- Antimicrobial Coating: Silver-ion infusion (per ASTM E2149-16) reduces bacterial growth by 99.9%, critical for sterile pharmaceutical environments.
- Quick Dry Fabric: The Advanced Model’s 20-min drying time outperforms traditional materials by 20%, ideal for food safety protocols.
Optimal Version Selection:
- Base Model: Suitable for general labs or light industrial use where basic ESD and splash protection suffice.
- Advanced Model: Ideal for food processing or healthcare settings requiring IPX5 waterproofing and faster drying.
- Pro Model: Mandatory for high-sensitivity electronics manufacturing, where extreme ESD resistance and IPX6 durability are non-negotiable.

Example benefit: "With the Pro Model’s triple-certified ESD resistance, you can safely handle semiconductor components without risking damage. Paired with its IPX6 rating, it withstands rigorous cleaning protocols in high-contamination zones."

Frequently asked questions

Which cleanroom gown is best for food processing environments?
How to clean ESD anti-static cleanroom lab smocks?
Polyester vs Cotton: Which is better for cleanroom uniforms?
Can these lab smocks be customized with company logos?
Are these ESD garments certified for static-sensitive labs?
Which model suits small food processing facilities?
How do these gowns maintain effectiveness during long shifts?
Does the polyester material prevent microbial growth?