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Sempermed - From: PM101 To: PM105 Polymed USA Exam Glove, Natural Rubber Latex, Powder Free (PF), Beaded Cuff, Ambidextrous
PM101 - PM105
FSA Eligible
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Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.,Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers c
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Product Information
Manufacturer | Sempermed |
---|---|
Code | PM101 - PM105 |
HCPCS | - |
UPC | - |
GTIN | - |
WHSXX | MC |
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