Barium Sulfate Radiation Shielding Mortar

High-density radiation shielding mortar designed for X-ray, gamma-ray and nuclear protection applications in medical, industrial and research facilities (JC/T 2676‑2022 Type I).

2.8‑3.5 g/cmΒ³
Dry Density
β‰₯2.0 mmPb (10mm thickness)
Lead Equivalent
β‰₯20.0 MPa
Compressive (28d)

Packaging & Delivery

Packaging3-ply paper-plastic composite bagSpec.25KG/bagVolume60*40*15cm
MOQ1000KGLead Time1-7 working daysShelf Life6 months (unopened, in dry conditions)
Trade TermsFOB/EXWPaymentT/T / L/CPortShanghai / Ningbo
Barium Sulfate Radiation Shielding Mortar

Product Overview

Barium Sulfate Radiation Shielding Mortar, also known as barium sand, barite radiation shielding mortar or X-ray shielding mortar, is a specialized building material used for constructing radiation shielding walls, floors and ceilings.

Its core principle utilizes the high density of barium sulfate (specific gravity up to 4.2-4.5 g/cmΒ³) and the heavy atoms (barium) rich in its crystal structure, which effectively absorb and attenuate ionizing radiation such as X-rays and gamma rays. Compared to traditional concrete, barium sulfate mortar provides superior shielding performance at the same thickness, or significantly reduces wall thickness while achieving the same protection level, saving valuable building space.

Product Features

High-Density Shielding Performance
Dry density 2.8-3.5g/cmΒ³, specific lead equivalent β‰₯0.12mmPb/mm, achieving β‰₯2.0mmPb shielding capability at 10mm thickness.
High Compressive Strength
28d cube compressive strength β‰₯20.0MPa, meeting structural load-bearing requirements of protective walls.
Good Bonding Strength
Tensile bond strength β‰₯0.5MPa, firmly bonding with substrate to prevent protective layer hollowing and detachment.
Low Shrinkage Rate
28d shrinkage rate ≀0.30%, no early-age drying cracks, effectively avoiding radiation leakage risks.
High Water Retention
Water retention β‰₯70.0%, ensuring sufficient cement hydration and stable strength development.
Good Workability
Water-to-powder ratio 0.15-0.18:1, single-layer application ≀20mm, thick protective walls constructed in layers, with ample working time.

Technical Specifications

ParameterValueTest StandardTest ResultStatus
Dry Density2.8‑3.5 g/cmΒ³JC/T 2676‑2022 (Type I β‰₯3.0)3.35 g/cmΒ³ Pass
Specific Lead Equivalentβ‰₯0.12 mmPb/mmJC/T 2676‑2022 (Type I)0.13 mmPb/mm Pass
Lead Equivalent (10mm thickness)β‰₯2.0 mmPbJC/T 2676‑2022 (Type I conversion)2.15 mmPb Pass
Cube Compressive Strength (28d)β‰₯20.0 MPaJC/T 2676‑202222.4 MPa Pass
Tensile Bond Strengthβ‰₯0.5 MPaJC/T 2676‑20220.62 MPa Pass
Water Retentionβ‰₯70.0%JC/T 2676‑202274.2% Pass
Shrinkage Rate (28d)≀0.30%JC/T 2676‑20220.22% Pass
Moisture Content≀1.0%JC/T 2676‑20220.7% Pass
Application ThicknessSingle layer ≀20mm, layered constructionJC/T 2676‑2022≀20mm Pass
Mixing RatioWater:Dry Powder β‰ˆ 0.15‑0.18:1JC/T 2676‑20220.16:1 Pass
Setting TimeInitial β‰₯60min, Final ≀12hGB/T 1346Initial 72min, Final 10h Pass
Early-Age Drying Crack ResistanceNo cracksJC/T 2676‑2022No cracks Pass

Advantages

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High-Density Shielding Performance

High barium sulfate content with specific lead equivalent β‰₯0.12mmPb/mm, achieving β‰₯2.0mmPb shielding at 10mm thickness.

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Low Shrinkage & Crack Resistance

Low-shrinkage formulation with no early-age drying cracks, eliminating radiation leakage risks.

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Easy & Controllable Construction

Traditional plastering application with ample working time; thick protective walls require layered construction.

Applications & Operation Video

Trusted across diverse construction scenarios

1

Medical Facilities

X-ray rooms, CT scan rooms, radiotherapy departments, dental clinics and operating theaters.

2

Industrial Facilities

Industrial X-ray inspection rooms, non-destructive testing laboratories and radiation work areas.

3

Research Institutions

Nuclear research laboratories, particle accelerator facilities and radioactive material handling areas.

Click the play button to start the video

Usage Guidelines

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Water-to-powder ratio: Strictly control at water:dry powder = 0.15‑0.18:1. Do not add extra water.

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Working time: Complete application before initial setting, reserve adequate working time.

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Application thickness: Single layer ≀20mm. Thick protective walls must be constructed in layers.

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Curing: Maintain moisture for at least 7 days.

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Construction temperature: Ideally between 5℃~35℃

Storage & Shelf Life

Storage Condition

Store in a dry, ventilated place, protected from moisture.

Shelf Life

6 months (unopened, in dry conditions)

Successful Partnership Case Studies

East China Commercial Complex Waterproofing Project

Category: Building Waterproof Mortar Construction
Product: Polymer Cement Waterproof Mortar
Quantity: 3,700 tons
Location: Wuxi, Jiangsu
Summary: Basement and roof waterproofing for a commercial complex, using polymer cement waterproof mortar. Applied directly on damp substrates with excellent impermeability and long-term leak-free performance.

South China Electronics Industrial Park Floor Project

Category: Industrial Anti-Static Floor Construction
Product: Anti-Static Cement Mortar
Quantity: 4,230 tons
Location: Dongguan, Guangdong
Summary: Floor works for production workshops and supporting equipment rooms in an electronics industrial park, using anti-static cement mortar with stable surface resistance to meet precision electronics production requirements.

Central China Large Hospital Construction Project

Category: Medical Radiation Protection Works
Product: Barium Sulfate Radiation-Proof Mortar
Quantity: 3,395 tons
Location: Wuhan, Hubei
Summary: Protective wall construction for radiology and radiotherapy areas in a hospital, using barium sulfate radiation-proof mortar with lead equivalent meeting medical protection requirements and stable shielding performance.

North China Residential Project Wall Works

Category: Building Wall Masonry and Insulation
Product: Special Masonry Mortar for AAC Blocks
Quantity: 2,809 tons
Location: Shijiazhuang, Hebei
Summary: Masonry works for autoclaved aerated concrete block walls in a residential project, using special masonry mortar with high water retention and strong adhesion, preventing hollowing and cracking.

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