Falcon® Protective Rain Wear

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Self Extinguishing garments are made from material that is not inherently flame retardant, but are chemically treated to become flame resistant. They are NOT designed for use in ARC flash or flash fire applications. When a flame source is removed from the treated material, the material will self-extinguish within a given time frame. The treated material can melt and drip and has a limited life span dependent on washings and what the garment is exposed to. Performance is established using the ASTM D6413 test method.

PIP is aggressively exploring viable alternatives to DINP that would deliver users the same level of quality, performance, and cost. http://oehha.ca.gov

Class R3 apparel is intended for workers requiring the highest level of visibility, have high task loads and need to be visible throughout a full range of body motions.

Class R3 apparel is intended for workers requiring the highest level of visibility, have high task loads and need to be visible throughout a full range of body motions.

Class R3 apparel is intended for workers requiring the highest level of visibility, have high task loads and need to be visible throughout a full range of body motions.

Class R3 apparel is intended for workers requiring the highest level of visibility, have high task loads and need to be visible throughout a full range of body motions.

Flame retardant garments pass specific ASTM tests that deem the fabric flame resistant. Flame resistant fabrics and garments provide protection against clothing ignition, sustained flame spread and do not melt or drip. The material resists ignition, self-extinguishes and the FR properties last for the wearable life of the garment.

The NFPA has identified the various FR hazardous risk category levels, which range from PPE 1 (which is low risk and requires AR clothing with a minimum arc rating of 4), up to PPE 4 (which is high risk and requires AR clothing with a minimum arc rating of 40). Each level, 1-4, is rated at a certain amount of flame resistance measured in cal/cm2.

Class R3 apparel is intended for workers requiring the highest level of visibility, have high task loads and need to be visible throughout a full range of body motions.