CHX Guard Industrial Gloves – FAQ

TL;DR:
CHX Guard is a CE-certified Chinese manufacturer specializing in industrial safety gloves—cut-resistant, chemical-resistant, and high-heat gloves. We support both OEM & ODM for overseas B2B customers. This FAQ covers how to understand cut/EN388/ANSI ratings, CE and other certifications, MOQ and sampling, OEM/ODM workflows, delivery times and shipping modes.

What do ANSI/ISEA 105 cut levels (A1–A9) mean, and how do I choose the right level

ANSI/ISEA 105 (US standard) defines 9 cut-resistance levels (A1–A9), where higher levels mean more grams needed to cut through the glove material:

Choose based on the actual sharpness and type of hazard. Over-specifying can reduce dexterity and wearer comfort.

What is EN 388, especially EN 388:2016+A1:2018, and how is it marked

EN 388 is the European standard for mechanical risks. The 2016 revision adds a more accurate cut test (ISO 13997 – “TDM” method). Under the shield symbol, gloves carry codes like 4 X 4 2 C P. (help.droppe.com)

Components:

1. Abrasion (1–4) – cycles before failure.
2. Coupe blade-cut (1–5) – rotating blade test.
3. Tear resistance (1–4) – resistance to tearing force.
4. Puncture resistance (1–4) – sharp point penetration.
5. ISO 13997 cut letter (A–F) – linear blade force; more reliable for high-performance cut gloves.
6. Optional Impact protection indicator (P) if tested. (safeguardindustrial.co.uk)

How do ANSI and EN cut ratings compare

They are different systems and not directly interchangeable, but approximate mappings exist for comparison:

• EN ISO 13997 letters A–B ≈ ANSI A1–A2
• EN C–D ≈ ANSI A3–A4
• EN E ≈ ANSI A5–A6
• EN F ≈ ANSI A7–A9 (wcsafety.com)

When dealing with both US and EU markets, CHX Guard gloves often come with both ANSI/ISEA 105 and EN 388 markings for dual compliance.

What certifications should I look for in CHX Guard industrial gloves

Key certifications and regulatory markings to verify:

• CE Marking + Regulation (EU) 2016/425: Mandatory in Europe. Indicates compliance via a notified body. PPE Category II for mechanical risks, Category III for more serious risks. (hohenstein.us)
• EN 388 (mechanical risk) plus relevant EN standards for chemical protection (EN 374), heat (EN 407), etc.
• ANSI/ISEA 105 for US market cut and mechanical protection performance.
• Factory quality systems: ISO 9001 or similar.
• Test reports and certificates. You should ask for scanned/test laboratory data confirming cut resistance, chemical resistance, thermal tests.

What is the MOQ (Minimum Order Quantity) and sample policy

• CHX Guard typically sets MOQ based on glove model, material, and complexity. For standard gloves, MOQ might be 1,000 pairs (or fewer for basic types).
• Sample orders: customers can request 1–3 pairs (charged at sample price).
• Sample payments often non-refundable or refundable upon bulk order.
• Lead time for sample: usually 7–14 days, depending on testing required and certification checks.

How does the OEM / ODM process work with CHX Guard

Typical steps:

1. Specification: Provide design, material (cut, chemical, heat resistance), color, sizing, artwork/logo.
2. Prototype/sample: CHX Guard produces one or more samples for your review.
3. Testing and revisions: Samples tested (using EN/ANSI or customer’s standard); you approve or request adjustments.
4. Production agreement: Confirm pricing, order quantity, delivery schedule.
5. Manufacturing: Bulk production begins, usually under ISO quality controls.
6. Inspection & packaging: Product inspected, packaged per request (labels, logo, gloves in pairs or rolled).
7. Shipment: Through agreed logistics (air, sea, courier).

What are typical lead times and shipping/logistics options

• Production lead time: once sample approved and order confirmed, for standard glove types it's usually 30–45 days. For custom/ODM, maybe 45–60 days.
• Packaging & inspection: takes ~3–7 days.
• Shipping modes: sea freight (cheapest, slower—several weeks), air freight (faster, costlier), courier (for small sample orders).
• CHX Guard often helps manage documentation (export permit, customs, labeling) especially in B2B export.

How to decide which glove type (cut, chemical, high-heat) fits my application

• Perform a risk assessment: identify the hazards—sharp edges, chemicals, high temperatures.

• Match material & certification:

  • Cut hazard → focus on cut resistance (ANSI & EN ISO 13997/TDM).
  • Chemical exposure → glove must show chemical permeation/resistance standard (EN 374 or others).
  • Heat exposure → EN 407 or equivalent.

• Consider trade-offs: higher protection may reduce dexterity, increase cost.

• Sample and test in real work conditions if possible.

How do I verify the authenticity of certificates

• Ask for copies of test reports, with laboratory name, date, standard used, batch or model number.
• Check CE certificate number and notification body is listed, valid, and matches product.
• For ANSI/ISEA 105, confirm the testing lab and compliance version (e.g. 2024).
• CHX Guard provides official scanned certificates; you may also ask for third-party lab test.

What about after-sales support, warranty, and compliance documentation

• CHX Guard offers quality guarantee: defective units (manufacturing faults) replaced or refunded per contract.
• Keeps documentation (batch test reports, material safety data, user instructions) for every batch.
• Offers digital or printed user manuals, label standards.
• Helps with audits (supplier audits, compliance inspections) and can supply sample inspection data.

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        "text": "ANSI/ISEA 105 defines 9 cut-resistance levels (A1–A9), with higher levels meaning more grams required to cut the glove material. For example, A1 is 200-499 g (light tasks), A4-A6 are for sheet metal, glass, heavy fabrication, and A7-A9 for extreme cut risks. Choose based on actual sharpness and type of hazard—it’s unsafe to under-protect, but over-specifying reduces dexterity."
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        "text": "After sample approval, standard glove orders take 30-45 days; custom or ODM orders 45-60. Packaging & inspection add 3-7 days. Shipping by sea (cost-efficient), air (faster), or courier (for small orders). CHX Guard helps with export documents."
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      "name": "How to decide which glove type (cut, chemical, high-heat) fits my application?",
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