Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
Economical bowls are constructed from 204Cu stainless steel for corrosion resistance at a lower cost. Bowls feature a polished mirror surface for easy mixing and cleaning. Can withstand temperatures up to 760°:C (1400°:F). Meets NSF
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
With lip and flat porcelain handle. Glazed on inner and outer surfaces except for rim and top of handle. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal stress cracks, a heating/cooling rate not exceeding 200°:C per hour is
Round form evaporating dishes include lip. Dishes from 35 mL to 250 mL capacity are glazed inside and outside. Dishes 385 mL and larger are glazed inside and partially outside. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal
Round form evaporating dishes include lip. Dishes from 35 mL to 250 mL capacity are glazed inside and outside. Dishes 385 mL and larger are glazed inside and partially outside. Autoclavable. Withstand temperatures to 1150°:C. To prevent thermal