PSRFB-105
Rubber Fire Boots
＄ 25.8
The PSRFB-105 Rubber Fire Boots use a flame- and heat-resistant vulcanized rubber shell, a wide-profile steel toecap with rubber T-cap overlay, and a Kevlar or steel puncture-resistant midsole. The listed puncture resistance is ≥2800 N (≥630 lbf). A 5 mm polyester felt liner, heel reinforcement, cushioned shin guard, and removable PU insole complete the construction.
OEM/ODM options include toecaps, midsoles, and sizing. For bulk supply, specify the chosen construction, quantities by size and width, destination market, and required test or certification documentation. Compare the thermal, traction, and dielectric test conditions in the Parameter tab with your duty requirements.
The PSRFB-105 rubber fire boots have a vulcanized flame- and heat-resistant shell and a deep-lug rubber outsole. The standard wide-profile steel toecap has a rubber T-cap overlay for abrasion protection. Alternative toecap and midsole constructions are listed as options and should be specified for the supplied configuration.
The Kevlar or steel puncture-resistant midsole has a listed resistance of ≥2800 N (approximately 630 lbf). Inside, the 5 mm polyester felt liner, heel reinforcement, cushioned shin guard, and removable PU insole support fit and cushioning.
The listed thermal-insulation test uses a 150 °C (302 °F) hot plate for 30 minutes, with an interior temperature rise of ≤22 °C (≤39.6 °F). The dielectric test is stated as 5,000 V, and flex testing is stated as ≥20,000 cycles without cracks. The outsole’s reported coefficient of friction is ≥0.35; this is a test result, not a verified ramp-slip angle or a guarantee of traction on every wet or oily surface. These results apply to their test conditions and do not define a universal safe operating temperature or electrical working voltage.
- Test reference: Tested using NFPA 1971 methods; method-test results and product certification are separate.
- Shell: Flame- and heat-resistant vulcanized rubber construction.
- Outsole: Deep lugs for traction, with reported COF ≥0.35 under test conditions.
- Toe area: Wide-profile steel toecap and abrasion-resistant rubber T-cap overlay.
- Midsole: Kevlar or steel puncture plate; listed resistance ≥2800 N (≥630 lbf).
- Thermal test: Interior temperature rise ≤22 °C after 30 minutes on a 150 °C hot plate.
- Dielectric test: Reported 5,000 V test; no electrical service-voltage rating is established by this figure.
- Comfort components: Felt liner, heel reinforcement, cushioned shin guard, and removable PU insole.
- Flex test: ≥20,000 cycles without cracks under the stated test conditions.
- Supply options: Alternative toecaps, midsoles, sizes, and OEM/ODM development support.
Fire departments and industrial response programs: Evaluate the PSRFB-105 configuration against the required protective-footwear specification, including the toecap, puncture layer, thermal test conditions, traction surfaces, and model-specific documentation. A test-method reference alone does not establish finished-product certification.
Facilities, marine, and disaster-response procurement: Match the mechanical protection and rubber construction to the expected debris, water, oils, fuels, or other chemicals. Identify the actual contact medium and exposure duration. Electrical hazards require separately selected and appropriately rated protective equipment.
OEM or bulk orders: Supply quantities by size and width, foot length and width measurements, sock or lining requirements, preferred toecap and midsole option, destination market, and the required tests or certification scope. Request a PSRFB-105 configuration quote with these details.
| Specification | Metric | Imperial |
| Model | PSRFB-105 | PSRFB-105 |
| Shell | Vulcanized flame- & heat-resistant rubber boots | Vulcanized flame- & heat-resistant rubber boots |
| Construction | Vulcanized | Vulcanized |
| Toe Cap (options) | Steel / Composite / Carbon-fiber (wide-profile) | Steel / Composite / Carbon-fiber (wide-profile) |
| Midsole (options) | Kevlar puncture-resistant / Steel plate | Kevlar puncture-resistant / Steel plate |
| Puncture Resistance | ≥2800 N | ≥630 lbf |
| Waterproofing | Waterproof vulcanized rubber shell | Waterproof vulcanized rubber shell |
| Slip Resistance | COF ≥0.35 (reported test result) | COF ≥0.35 (reported test result) |
| Flex Resistance | ≥20,000 flex cycles, no cracks | ≥20,000 flex cycles |
| Thermal Insulation | 150 °C × 30 min; interior rise ≤22 °C | 302 °F × 30 min; rise ≤39.6 °F |
| Dielectric Test | 5,000 V pass* | 5,000 V pass* |
| Oil Resistance | ≤10% change (internal test) | ≤10% change (internal test) |
| Toe Abrasion | Rubber T-cap guard | Rubber T-cap guard |
| Liner | 5 mm polyester felt + heel reinforcement | 5 mm polyester felt + heel reinforcement |
| Insole | Removable PU cushion | Removable PU cushion |
| Weight (pair) | 4.8 kg | 10.6 lb |
| Sizes (listed ranges) | EU 38–55 | US 9–15 (half sizes; widths E/N/W) |
* The listed 5,000 V dielectric figure for firefighting boots is a laboratory test voltage. It does not establish a safe electrical working voltage, EH certification, or protection during wet electrical work, and it is not a substitute for appropriately rated insulating footwear and other required electrical PPE.
The EU and US values above are the listed size ranges, not a one-to-one conversion chart. Provide foot length and width and the intended sock combination so the model size chart can be matched to the order. Traction depends on the test surface, contaminant, contact mode, and outsole condition.
Request PSRFB-105 Configuration Data
Specify the toecap and midsole option, size breakdown, destination market, and required test documentation.