Environmental protective broad spectrum, multi purpose, radiation-proof material
A radiation-proof and multi-purpose technology, applied in the field of radiation-proof materials, can solve problems such as easy cracking, large thickness, and high cost, and achieve the effect of ensuring physical and mechanical properties, stable physical and chemical properties, and universal protection capabilities
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Embodiment 1
[0022] Embodiment 1: Broad-spectrum anti-radiation concrete and products thereof
[0023] Select barium sulfate ore with a particle size of 0.6-3mm, strontium sulfate ore, boronite, natural or synthetic ferric oxide, synthetic boron carbide sand, stones and cement, mixing: weight ratio
[0024] Multi-component radiation protection raw materials:
[0025] Barium sulfate (barite) 50 parts
[0026] Strontium sulfate (celestite) 10 parts
[0027] 20 parts boronite
[0028] Barium feldspar 5 parts
[0029] 5 parts of ferric oxide
[0031] Multi-purpose radiation protection material:
[0032] 60 parts of multi-component anti-radiation raw materials
[0033] 25 parts of cement
[0034] 18 stones
[0035] 2 parts asbestos fluff
[0036] According to the production process of cement concrete and its products, commercial concrete and its products are made. After solidification, the mechanical properties can reach above C20, which can meet the re...
Embodiment 2
[0037] Embodiment 2: broad-spectrum anti-radiation asphalt paste
[0038] Use multi-component anti-radiation raw materials with a fineness of 60 mesh or more to mix with asphalt, and the weight ratio of multi-component anti-radiation raw materials:
[0039] Multi-component radiation protection raw materials:
[0040] Barium sulfate 60 parts
[0041] 10 parts strontium sulfate
[0042] 20 parts boronite
[0043] 10 parts of ferric oxide
[0045] Multi-purpose radiation protection material:
[0046] 50 parts of multi-component anti-radiation raw materials
[0047] Asphalt 50 parts
[0048] It is made of broad-spectrum anti-radiation asphalt paste with good convection, which is used for perfusion, covering and isolation of radiation sources, especially for the application of sudden radiation pollution. Reasonable adjustment of component A can meet the protection against different radiation Need, more than 20% of lead protection.
Embodiment 3
[0049] Example 3: Broad-spectrum anti-radiation composite sheet
[0050] Wood fiber board, metal board, plastic board and other board materials, radiation-proof materials and gel materials are selected, and the formula is as follows:
[0051] Multi-component radiation protection raw materials
[0052] Barium sulfate 2mm≥particle size≥0.6mm 60 parts
[0053] Strontium sulfate 0.1mm ≥ particle size 10 parts
[0054] Boronite 2mm≥particle size≥0.6mm 15 parts
[0055] Ferric oxide 2mm≥particle size≥0.6mm 15 parts
[0056] Boron carbide ≥ 0.06 5 parts
[0057] Multi-purpose radiation protection material:
[0058] 40 parts cement plaster
[0059] 60 parts of multi-component anti-radiation raw materials
[0060] After adding water and mixing, the above-mentioned boards are laminated to make various radiation-proof composite boards, which can meet the requirements of good radiation protection. The same thickness is equivalent to more than 30% of the protection of lead. Increase...
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