FAQ

Pan Taiwan is a leading one-stop solution provider for industrial safety equipment and OEM services with over 40 years of expertise. We specialize in developing and manufacturing high-quality Personal Protective Equipment (PPE), offering custom-made product development, private labeling, and integrated supply chain management. From head protection to road safety solutions, our team delivers technical intelligence and dedicated support to meet diverse global safety requirements.

Our customized product development process is designed for precision and efficiency, following these 9 professional stages:

1. Inquiry & Consultation: Reviewing drawings, specifications, or buyer-provided samples.
2. Technical Quotation: Providing unit prices and tooling costs based on technical specs.
3. R&D Engineering: Developing 2D/3D drawings for client approval through our expert design team.
4. Tooling & Mold Design: Crafting high-precision molds consistent with approved designs.
5. Prototype Sampling: Releasing pilot run samples for rigorous examination and buyer approval.
6. Mass Manufacturing: Initiating long-term production once samples are finalized.
7. Quality Control (QC): Implementing specific work instructions and detailed inspections before delivery.
8. Assembly & Packaging: Providing specialized assembly services for retail-ready products.
9. Logistics Management: Handling delivery from factory to designated shipping ports or warehouses worldwide.

Under Regulation (EU) 2016/425, Personal Protective Equipment (PPE) is classified into three risk categories based on the level of protection required:

• Category I (Minimal Risks): Includes simple safety equipment and basic eyewear like sunglasses.
• Category II (Intermediate Risks): Covers common protective gear such as safety helmets, sports helmets, safety footwear, welding goggles, and high-visibility clothing.
• Category III (Serious/Fatal Risks): Protects against life-threatening hazards, including respiratory protective equipment (RPE), fall arrest systems, chemical suits, and hearing protectors.

Personal Protective Equipment (PPE) is subject to strict regulations across different global markets to ensure user health and safety. Key compliance standards include:

• European Union (EU): Mandatory compliance with Regulation (EU) 2016/425 and the CE marking is mandatory for all PPE products sold in the EEA.
• United Kingdom: Post-Brexit, the UKCA marking is mandatory required for PPE products placed on the market in Great Britain.
• United States: OSHA regulations and ANSI/ISEA standards (such as ANSI Z87.1 for eyewear) govern workplace safety requirements.
• Other Markets: Compliance with AS/NZS (Australia/New Zealand) and JIS (Japan) is also essential for regional industrial safety. Adhering to these applicable standards is essential for legal market entry and, most importantly, provides the final line of defense against occupational hazards.

Personal Protective Equipment (PPE) is mandatory in diverse workplaces where hazards cannot be fully eliminated by engineering or administrative controls. Key industries utilizing PPE protocols include:

• Construction & Infrastructure: Requiring head, foot, and fall protection.
• Manufacturing & Engineering: Needing eye, hearing, and hand protection against mechanical risks.
• Mining & Oil and Gas: Demanding high-durability gear for extreme environments.
• Chemical & Pharmaceutical: Utilizing respirators and chemical-resistant suits for hazardous substance handling.
• Healthcare & Laboratories: Essential for infection control and biological hazard mitigation.
• Logistics & Road Safety: Requiring high-visibility clothing and impact-resistant gear. Implementing PPE across these sectors serves as the critical "last line of defense" to ensure worker safety and regulatory compliance.

According to the latest EN ISO 16321-1:2021 standard, the impact resistance of safety eyewear is classified into specific Impact Levels (C/D/E), replacing the old EN 166 (F/B/A) markings. Understanding these new designations is vital for compliance:

• Level C (Low Energy Impact): Withstands particles at 45 m/s (similar to the old 'F' marking).
• Level D (Medium Energy Impact): Withstands particles at 80 m/s.
• Level E (High Energy Impact): Withstands particles at 120 m/s (similar to the old 'B' marking).
• Temperature Resistance (T): If the device is tested for high-speed particles at extreme temperatures (-5°C to +55°C), the letter 'T' will follow the impact level (e.g., CT/DT/ET). If 'T' is absent, the eyewear is certified for room temperature use only.

Ear muffs are essential for protecting hearing in high-decibel environments, ranging from home activities (vacuuming, lawn mowing) to professional/recreational settings like shooting ranges and concerts. To measure protection efficacy, we use two global standards:

• NRR (Noise Reduction Rating): The standard used in the United States to estimate the potential noise reduction (in decibels) provided by the device.
• SNR (Single Number Rating): The European standard for indicating the level of noise attenuation. Both ratings help users determine how much hazardous noise will be reduced to ensure ear safety.

When choosing between PP (Polypropylene) and ABS (Acrylonitrile Butadiene Styrene) for safety helmets, consider these four technical factors:

1. Density: PP is lightweight (0.90–0.91 g/cm³), making it approximately 60% the weight of PVC, which enhances long-term wearer comfort.
2. Mechanical Properties: PP offers excellent tensile strength and rigidity, while ABS is generally superior in surface hardness and low-temperature impact resistance.
3. Thermal Resistance: PP typically provides better heat resistance compared to standard ABS materials.
4. Application: The choice depends on the specific environment. PP is ideal for high-heat settings, whereas ABS is preferred for environments requiring maximum impact durability.

The EN ISO 16321 standard has unified the classification for optical filters, previously covered by EN 170 (UV), EN 171 (IR), EN 172 (Sunglare) and EN 175 (Welding). The new system uses Category Codes and Shade Numbers to define protection levels:

• U (Ultraviolet Filters): Replaces EN 170. Markings indicate protection against UV radiation emitted by radiators (lamps and lamp systems).
• R (Infrared/IR Filters): Replaces EN 171. Designed for environments with the wavelengths of radiation from artificial sources that are longer than visible.
• G (Solar/Sunglare Filters): Replaces EN 172. Designed for provide protection against solar glare and solar UV radiation.
• W (Welding Filters): Replaces EN 175. Designed for provide protection against UV and IR radiation emitted during welding or related techniques. Appropriate shade numbers of the protector shall be selected for different welding techniques (e.g., arc welding, gas welding…)

• Shade number: indicates how much light the filter lens allows through. Higher numbers producing darker lenses and greater protection.
• Shade number 4-7: Suitable for gas welding.
• Shade number 8-15: Suitable for arc welding.

Understanding these ISO categories and shade numbers ensures that the correct filters are selected for specific radiation hazards in occupational settings.

Proper maintenance is essential to extending the lifespan of your hearing protection and ensuring consistent noise attenuation. Follow these professional guidelines for ear muff care:

1. Cleaning: Clean the ear cushions and headband with warm soapy water and a soft cloth. Never use organic solvents or alcohol-based cleaners, as these chemicals will degrade the acoustic foam and protective padding.
2. Storage: When not in use, store the ear muffs in a clean, dry, and dust-free environment. Avoid using unventilated plastic bags unless specified, to prevent moisture buildup.
3. Temperature & Humidity Control: To protect the integrity of the PVC leather headbands and eco-friendly materials, always store the product at a comfortable room temperature (ideally not exceeding 26°C / 79°F). Excessive heat during storage or long-term transportation can cause qualitative changes, such as hardening or cracking of the synthetic leather.
4. Regular Inspection: Periodically check the ear cushions for signs of wear, tears, or hardening, and replace them every 6–12 months to maintain optimal seal and protection.

When exporting to the United States, you must comply with both ISF 10+2 and AMS filings. ISF focuses on supply chain security data provided by the importer, while AMS is the cargo manifest submitted by carriers or freight forwarders. Both must be filed at least 24 hours before vessel loading, and failure to comply can result in penalties, inspections, or shipment delays.

• ISF 10+2 (Importer Security Filing)
  According to U.S. Customs and Border Protection (CBP):
  Purpose: Enhance cargo security by requiring importers to submit advance data about supply chain parties.
  Who files: The importer of record or their authorized agent.
  Deadline: Must be filed 24 hours before cargo is laden aboard the vessel at the foreign port.
  Data required:
  10 importer-related elements: seller, buyer, importer of record number, consignee number, manufacturer/supplier, ship-to party, country of origin, HTSUS number, etc.
  2 carrier-related elements: vessel stow plan and container status messages.
  Penalties: Late or inaccurate filings may lead to monetary fines (up to $5,000 per violation), increased inspections, or cargo holds.
  
  
• AMS (Automated Manifest System)
  Purpose: Provide CBP with detailed cargo manifest information for all shipments entering the U.S.  Who files: The ocean carrier (for master bill of lading) or the freight forwarder/NVOCC (for house bill of lading).
  Deadline: Also must be filed 24 hours prior to vessel loading at the foreign port.
  Data required: Shipper and consignee details, cargo description, weight, volume, container and voyage information, bill of lading numbers.
  Penalties: Non-compliance can result in cargo holds, refusal of entry, or fines.
  
  
• Export Process to the U.S. (ISF + AMS Perspective)
  Before vessel loading:
  Importer (or their agent) submits ISF 10+2 to CBP.
  Carrier/freight forwarder submits AMS manifest data to CBP.
  During shipment:
  Carrier provides stow plan and container status messages (part of ISF’s “+2”).
  Upon arrival in the U.S.:
  CBP cross-checks ISF and AMS filings to ensure consistency.
  Cargo is released or inspected depending on compliance and risk assessment.
  
  
• Key Takeaway
  ISF = Security filing (who is shipping, supply chain transparency).
  AMS = Cargo manifest (what is shipped, transport details). Both filings are mandatory and complementary, and exporters must coordinate closely with importers, carriers, and freight forwarders to ensure timely compliance.