Technical Data Sheet
Precision tweezers DUMONT® curved Dumoxel®
From Dumont
All autoclavable products in our catalogue are identified by this symbol. Please also note any additional instructions when autoclaving.
All autoclavable products in our catalogue are identified by this symbol. Please also note any additional instructions when autoclaving.
Material: stainless steel Dumoxel® (C, Cr, Ni, Mo, Cu). Autoclavable: yes.
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Type
Tip thickness
95 % anti-magnetic alloy. Temperature stability: to +400 °C. Good resistance to corrosion, including mineral and organic acids.
Art. No. LH81.1
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Product details
Material: stainless steel Dumoxel® (C, Cr, Ni, Mo, Cu). Autoclavable: yes.
Precision tweezers DUMONT® curved Dumoxel®
95 % anti-magnetic alloy. Temperature stability: to +400 °C. Good resistance to corrosion, including mineral and organic acids.
Not a medical device / Not an IVD product
Technical Information
| Type | 7 |
| Version | curved |
| Tip thickness | 0,10 mm |
| Tip width | 0.17 mm |
| Length | 115 mm |
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Precision tweezers DUMONT® curved Dumoxel®
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| Art. No. | Type | Tip thickness | Pack Qty. | Price | Quantity | |
|---|---|---|---|---|---|---|
| LH81.1 | 7 | 0,10 mm | 1 unit(s) | NA |
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Downloads / MSDS
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General information
Information on the various alloys in DUMONT® precision tweezers
| Alloy | Antimagnetic | Temperature stability | Autoclavable | Special features |
| Steel(C, Mn, Si) | No | n. a. | No | Very hard for thick tips, not corrosion resistant |
| Inox02(C, Mn, Cr, Si) | No | up to 400 °C (DIN 50914) | No | Standard stainless steel |
| Inox08(C, Mn, Cr, Mo, V) | No | up to 400 °C (DIN 50914) | Yes(up to 180 °C) | Corrosion resistant, good resistance to salts |
| Antimagnetic steel(C, Cr, Ni, Mo) | 80 % | up to 400 °C (DIN 50914) | Yes(up to 270 °C) | Corrosion resistant |
| Dumoxel®(C, Cr, Ni, Mo, Cu) | 95 % | up to 400 °C (DIN 50914) | Yes(up to 270 °C | Good resistance to corrosion, including mineral and organic acids |
| Dumostar®(C, Cr, Mo, Mn, Co, Ni, Si) | 100 % | up to 500 °C | Yes | Elastic, high resistance to corrosion, including mineral and organic acids, as well as salts |
| Titanium(C, Fe, O, H, N, Ti) | 100 % | up to 430 °C | Yes | Highest corrosion resistance to chemicals such as nitric acid, chlorides and salt water. More flexible and 40 % lighter than stainless steel |