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Product Details

radiation protection lead sheet

Specifications:
1. Thickness: 0.20-140 mm
2. Width: 27-1400 mm
3. Standard: ASTM B 29, federal specification QQ-L-171, German standard DIN 1719, British specification BS 334, Canadian Standard CSA-HP2, and Australian Standard 1812.
4. chemical composition: Pb : max.99.999%

Sb : 0.00 - 4%
Sn : 0.00 to 6% see solder foils

(Further alloy elements are Ag, Cu.)

Type	Thickness(mm)	Width(mm)	Length(mm)
Lead foil (alloy)	0.06-0.20	27-270mm	/
Lead strip (alloy)	0.50-3.0	27-1400mm	/
Lead sheet (alloy)	0.20-140	27-1400mm	Max.1300

Chemical Composition:

Elements	(%) Limits
Antimony (Sb)	2.55 + / - 0.15
Arsenic (As)	0.20-0.25
Tin (Sn)	0.30-0.35
Copper (Cu)	0.05 max
Selerium (Se)	0.015-0.025
Calcium (Ca)	0.002 max
Nickel (Ni)	0.005 max
(Zinc) Zn	0.002 max
Bismuth (Bi)	0.030 max
Cadmium (Cd)	0.001 max
Manganese (Mn)	0.0006 max
Silver (Ag)	0.004
Iron (Fe)	0.005 max
Pb	Balance

Recommended Thickness of Lead Shielding of X-Ray Rooms:

X-Rays generated by peak voltages not exceeding	Minimum thickness of Lead		Weight per Square Foot in Pounds
X-Rays generated by peak voltages not exceeding	Millimeters (mm)	Inches	Weight per Square Foot in Pounds
75 kV	1.0	0.039	2-1 / 2
100 kV	1.5	0.059	4
125 kV	2.0	0.079	5
150 kV	2.5	0.098	7
175 kV	3.0	0.118	8
200 kV	4.0	0.157	10
225 kV	5.0	0.197	13
300 kV	9.0	0.354	24
400 kV	15.0	0.591	38
500 kV	22.0	0.369	56
600 kV	34.0	1.343	81
900 kV	51.0	2.000	120

Characteristics:
- Very soft: Without support, it can sag and become distorted
- Dense
- Durable
- Malleable
- Low melting point
- Long life-span (in milder climates, lead roofs have been known to last 200-300 years)
- Generally corrosion-resistant - has little to no reaction with most compounds and solutions.
- Resistant to corrosion by most acids including chromic,sulfuric, sulfurous and phosphoric acids.
- Corrosive to alkalis (such as lime mortar, portland cement and uncured concrete), tannic acid found in wood, and radiation.
- Corrosive to hydrochloric, hydrofluoric, acetic, formic and nitric acids.
etc.

Applications:

- X-ray shielding in the medical and dental field
- Lead shielding for personal protection
- Nuclear shielding in the power generation industry
- Nuclear shielding for research in industry and university
- Radiation shielding for the military
- X-ray shielding to protect workers at security x-ray machines
- Sheet roofing
- Decorative spandrels
- Gutters, leader heads and downspouts
- Cast decorative features and sculpture
- Cupolas, spires and mullions
- Sheathing for cables
- Sheet lead partitions (good for noise reduction)
- Pads for vibrating machinery
- To waterproof ironwork where the iron is fitted into stone.
- Ballast, gaskets, type metal, terneplate and foil
- Building construction materials (such as sheet, pipe, solder, and wool for caulking)
- Materials used in marine power,
- Manufacture of batteries , paint, shells, welding materials, bearing materials, caulking materials,etc.
- Lead-based paint: Red lead is typically used as a corrosion inhibitor for use on iron. White lead is used more frequently in commercial applications. White lead is not intended for use on iron
- its use will increase corrosion, especially on wrought iron.
etc.