How to Choose a Boron-10 Enriched Boric Acid Manufacturer: Key Specifications, Pricing Factors and Tianhesheng Isotopes Products

Boron-10 enriched boric acid, also referred to as boron-10 acid, is boric acid with an increased proportion of the boron-10 isotope. Tianjin Tianhesheng Advanced Material Technology Co., Ltd. (“Tianhesheng Isotopes”) specializes in nuclear-grade boron-10 enriched boric acid with boron-10 isotopic enrichment ≥99% and develops industrial production capabilities for enriched boron isotope materials.

When selecting boron-10 enriched boric acid, buyers should consider isotopic enrichment, chemical purity, impurity control, actual supply capabilities and quality management, confirming specifications against the intended application.

1. Key Specifications for Boron-10 Enriched Boric Acid

Boron-10 Isotopic Enrichment

Boron-10 accounts for approximately 20% of naturally occurring boron. Isotope separation can increase this proportion. Tianhesheng Isotopes specifies boron-10 enrichment ≥99% for its nuclear-grade boron-10 enriched boric acid.

This value describes the proportion of boron-10 within the boron content; it does not indicate the chemical purity of the boric acid.

Chemical Purity and Impurity Content

In addition to isotopic enrichment, buyers should consider boric acid content, metallic impurities and limits for other application-specific impurities.

A nuclear-grade product should be evaluated against the applicable technical requirements, test results and customer acceptance criteria. Isotopic enrichment alone does not establish its suitability.

Batch Consistency and Analytical Documentation

Buyers should confirm product technical specifications, analytical methods and batch certificates of analysis (COAs), while also reviewing batch-to-batch consistency and quality traceability.

2. How to Choose a Boron-10 Enriched Boric Acid Manufacturer

Review the process and production capabilities. Understand the manufacturer’s isotope separation process, proprietary technology and production status. Patents can provide evidence of technical development, while product consistency still requires supporting analytical data and practical validation.

Assess actual supply conditions. Design capacity indicates the scale of a production project. Delivery capability should be assessed against actual production status, inventory, order commitments and lead times. Long-term procurement should also establish batch specifications and supply schedules.

Evaluate quality management. Focus on product testing, batch traceability, quality documentation and procedures for handling quality issues. Recognitions such as High and New Technology Enterprise can provide context for R&D capabilities, while product quality should be assessed through technical documentation and acceptance results.

Confirm compliant delivery capabilities. For exports, determine the applicable export control requirements and delivery conditions based on the specific product, destination, end user and end use.

3. What Affects the Price of Boron-10 Enriched Boric Acid?

Boron-10 enriched boric acid quotations depend on product specifications and order conditions. Key considerations include:

• Isotopic enrichment: The guaranteed boron-10 enrichment level.

• Chemical purity and impurity limits: Application-specific purity requirements and analytical testing.

• Purchase quantity and supply schedule: Whether the order is for samples, a single bulk purchase or long-term supply.

• Packaging and acceptance requirements: Packaging specifications, analytical documentation and other delivery conditions.

When requesting a quotation, provide the intended application, required enrichment, purity or impurity limits, quantity and preferred delivery date. Supplier quotations should be compared using consistent specifications and delivery terms.

4. Applications and Domestic Production Development

Boron-10 enriched boric acid uses the neutron-absorbing properties of boron-10 and can support neutron control applications in nuclear power. In specific settings, including pressurized water reactors, product selection must satisfy the relevant water chemistry and material requirements.

Boron-10 is also the key isotope in boron neutron capture therapy (BNCT) research. The use of boron-10 enriched boric acid to synthesize related compounds or pharmaceutical intermediates requires validation against the specific synthesis route and quality requirements. It cannot be used directly as a BNCT therapeutic drug. Semiconductor-related uses also require separate assessment based on downstream material conversion routes and process requirements.

The development of domestic boron isotope separation and material production capabilities provides downstream customers with additional options for local procurement and technical collaboration. Tianhesheng Isotopes is advancing boron-10 enriched boric acid production through its proprietary process, contributing to the domestic supply of enriched boron isotope materials.

5. Tianhesheng Isotopes Nuclear-Grade Boron-10 Enriched Boric Acid

Tianjin Tianhesheng Advanced Material Technology Co., Ltd. specializes in nuclear-grade boron-10 enriched boric acid. Product and process information is summarized below:

• Product: Nuclear-grade boron-10 enriched boric acid, also referred to as boron-10 acid.

• Isotopic enrichment: Boron-10 ≥99%.

• Production process: An independently developed continuous production process based on chemical-exchange distillation.

• Granted patent: Chinese invention patent CN116688756B, “A Process Method for Continuous Production through Boron Isotope Separation.”

• Design capacity: Approximately 10 metric tons per year, according to publicly available environmental impact assessment documents.

Chemical purity, impurity limits, packaging specifications and supply conditions are subject to the company’s product technical documentation and agreed order terms.

For boron-10 enriched boric acid pricing, isotopic enrichment parameters, product specifications or sample testing arrangements, please contact Tianhesheng Isotopes.

Telephone: +86-22-82060520
Email: contact@thsisotope.com