DuraChem® 200 Breathable, NFPA-Certified Hi-Vis FR Apparel
Brand: Kappler
NFPA 1990 (1992) CBRN/Hazmat Protection
Certified to NFPA 1990 (1992), DuraChem 200 offers CBRN/Hazmat FR protection in a hi-viz style garment. In addition to Chem-Bio requirements, the NFPA standard includes general Hazmat response, expanding its range of applications.
Ideal for:
- HazMat Responders
- Fire Fighters
- Law Enforcement
- Federal Government Agencies
- Military CBRNE Operations
Key Features:
- Dual certified for CBRN and HazMat
- NFPA 1990 (1992) Certified
- NFPA 2112 & ASTM F2733 Certified
- Hi-Vis FR Protection
- Made In USA
Request a quote from Safeware on the Durachem® 200 HazMat Apparel and see how you can save time and money using any of our national or local cooperative contracts, or through our federal and military procurement channels. Any state. Any time.
DuraChem® 200 — Certified, Data-Driven Protection
- Chemical – NFPA 1990 (1992).
- Flame Resistant – NFPA 2112 & ASTM F2733.
- Arc Flash – NFPA 70E & ASTM F1891.
- Biological – ASTM F1671 blood and viral test.
- Hi-Vis – ANSI/ISEA 107 Type P, Class 3. Only applies to hi-vis Yellow fabric.
- Tested Against Molten Metal Splash – ASTM F955.
- Tested Against Steam and Hot Water – University of Alberta (CAN/CSGB 155.20).
DuraChem® 200 Details
- DuraChem 200 is the first and only breathable protective apparel certified to, compliant with or tested for multiple safety standards.
- Launderable Hi-Vis FR protection, plus Chemical, Thermal, Arc Flash, Steam and Hot Water, and Molten Metal Splash protection.
- Breathability reduces heat stress and improves worker comfort.
- 24/7 facility-wide protection for day or night work applications.
- Multi-Purpose garment with flexible hood options simplifies PPE selection and inventory.
- Multi-use, single exposure and launderable up to 25 washes if not contaminated.
- Durachem 200 fabric contains PFAS. DuraChem 200 fabric does not contain PFOA or PFOS chemistry.
Product Styles
Coverall - D2H444-TF
Attached Hood, Front Entry Splash Resistant Coated Zipper, Single Storm Flap with FR Hook & Loop Closure, Retroreflective Tape, Attached Thermal Liner, FR Hook & Loop Fasteners at Wrists & Ankles, Knee Reinforcements.
Hood - D2H708
Attachable Hood with Elastic Face Opening and FR Hook & Loop Closure.
Apron - D2H842 CP
Hook & Loop Fastener at Neck, Fire Retardant Webbing and Buckle Closure, Glove Cone Inserts (AG0AR) with Attached CP Cuff Option on Apron Sleeves.
Bib Overall - D2H662
Bib Overall with Retroreflective Tape and FR Hook & Loop Fasteners at Ankles, Knee Reinforcements.
Jacket - D2H680
Front Entry Zipper, Single Storm Flap with FR Hook & Loop Closure, Retroreflective Tape, FR Hook & Loop Fasteners at Wrists, includes Glove Cone Inserts.
Jacket - D2H680 CP
Front Entry Zipper, Single Storm Flap with FR Hook & Loop Closure, Retroreflective Tape, FR Hook & Loop Fasteners at Wrists, includes Glove Cone Inserts with Attached CP Cuff Option on Jacket Sleeves.
Overhood - D2H758
Overhood with 40 mil Visor, Retroreflective Tape and FR Hook & Loop Fasteners on Sides.
NFPA 1990 (1992) Chemical Test Battery
| Chemical | Holdout Time in Minutes |
|---|---|
|
Butyl Acetate (>95%) |
>60 |
|
Dimethylformamide (>95%) |
>60 |
|
DFuel H |
>60 |
|
Isopropyl Alcohol (>91%) |
>60 |
|
Methyl Isobutyl Ketone (>95%) |
>60 |
|
Nitrobenzene (>95%) |
>60 |
|
Sodium Hydroxide (50%) |
>60 |
|
Sodium Hypochlorite (10%) |
>60 |
|
Sulfuric Acid (93.1%) |
>60 |
Biohazard Testing - Fabric & Seams
| Test Method | Results |
|---|---|
|
ASTM F1671 (blood & viral penetration) |
Pass |
Thermal and Burn Testing
| Test Method | Results |
|---|---|
|
Heat Transfer Performance (HTP) ASTM F2700 |
Spaced: 20.2 cal/cm2
Contact: 14.3 cal/cm2 |
|
Flame Resistance ASTM D6413 |
Char length: 1.06 in
Afterflame: 0.0 sec |
|
Thermal Protective Performance (TPP) ISO 17492 |
13.9 cal/cm2 |
|
Shrinkage/Heat Resistance ASTM F2894 |
Char length: 1.06 in
Afterflame: 0.0 sec |
|
Manikin Body Burn (Pyroman) ASTM F1930 Exposed Head, min – 6.56% |
6.56% |
|
Heat Transfer Molten Substances ASTM F955 |
Aluminum @ 1400 F: 19.8sec to 2⁰ burn |
|
Electric Arc Rating ASTM F1959 |
APTV = 13 cal/cm2 |
|
Steam 302˚F @ 30 psi @ 2.4” University of Alberta (CAN/CSGB 155.20) |
6.8 Seconds to 2nd Degree Burn |
|
Hot Water (185˚F @ 6L/min) @ 2.0” University of Alberta (CAN/CSGB 155.20) |
No Burn |
Comfort and Other Testing
| Test Method | Results |
|---|---|
|
Total Heat Loss ASTM F1868 Procedure C |
492.9 W/m2 |
|
Evaporative Resistance ISO 11092 7.4 |
13.955 Pa-m2/W |
|
Water Vapor Transmission ASTM E96 |
3158 g/m2-24hr |
|
Cold Temperature Performance ASTM D747 |
0.009 in/lb |
Product Literature
Application Notes
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DuraChem® 200 Breathable, NFPA-Certified Hi-Vis FR Apparel
Safeware is a nationally trusted provider of safety and security solutions, proudly serving first responders, federal government agencies, and select military installations and operations. Our nationwide team is dedicated to providing fast, reliable service and support tailored to your mission.
Through multiple national cooperative contracts and a wide range of state and local agreements, we simplify the procurement process so you can skip the bidding process and get the equipment you need, fast and cost-effectively.
Request a quote today and discover why emergency response professionals nationwide rely on Safeware as their go-to source for dependable, mission-ready solutions.
Frequently Asked Questions
What is Kappler DuraChem® 200 used for?
DuraChem® 200 is chemical protective apparel used by HazMat and industrial teams to help protect against chemical splashes, vapors, and contamination risks depending on the selected suit style and the chemical hazards involved.
What is the difference between DuraChem® 200 and other chemical suit materials?
Differences typically include barrier performance by chemical, durability, thickness, and flexibility. Suit selection should be based on SDS review, permeation data, and the exposure scenario for your operation.
Which HazMat levels (Level A or Level B) can DuraChem® 200 support?
HazMat level depends on the suit configuration and whether the suit is vapor-tight/encapsulating. Confirm required protection level, respiratory plan, and task hazards to match the correct DuraChem® 200 suit style.
Is DuraChem® 200 a reusable suit or limited-use apparel?
DuraChem® 200 is often used as durable, limited-use chemical protective apparel. Reuse may be possible in some situations if the garment is not compromised or contaminated, but policies and manufacturer guidance should be followed.
Can DuraChem® 200 suits be configured with attached boots, gloves, or specialty closures?
Yes. Many configurations offer boot and glove interfaces, taped seams, and closure options depending on the suit model and intended protection level.
How should DuraChem® 200 be inspected, stored, and maintained?
Inspect for tears, seam damage, closure integrity, and contamination before and after use. Store clean and dry away from UV/heat, and follow manufacturer guidance for shelf life and readiness inspections.
How do I choose the right suit style (encapsulating vs. non-encapsulating)?
Choose based on respiratory protection method (SCBA inside vs. outside), need for vapor-tight sealing, task duration, and mobility requirements. Encapsulating suits provide more isolation; non-encapsulating suits can improve mobility depending on the hazard.
How do I verify chemical compatibility for my hazards?
Verify against manufacturer permeation and degradation data and review SDS for the specific chemicals involved. Safeware can help interpret compatibility for your scenario and recommend the right configuration.
What sizes are available and how should HazMat suits be fitted?
Sizing varies by model. Proper fit should allow mobility while accommodating underlayers and SCBA (if applicable). Teams often validate sizing through fit trials and standardize sizes for deployment.
Is training recommended before deploying chemical protective suits?
Yes. HazMat PPE requires training on donning/doffing, compatibility, heat stress management, communications, and decontamination procedures to reduce risk during operations.