Anhydrous calcium chloride, with a stable 94% purity, is suitable for a wide range of applications including construction, industrial drying, oilfield operations, water treatment, and food processing. It delivers high efficiency and reliable supply, addressing key challenges across multiple downstream industries.

Anhydrous Calcium Chloride 94%

Product Overview

Anhydrous Calcium Chloride 94% is an industrial-grade chemical raw material suitable for multiple applications. Its purity remains stable within the 94%–99% range, with batch-to-batch purity variation of ≤0.5%, effectively meeting the needs of various sectors including construction, industrial drying, oilfield extraction, water treatment, and food processing. Featuring a low-impurity formulation with impurity content ≤0.1%, it significantly reduces the risk of downstream equipment failure. Coupled with a comprehensive warehousing and logistics system and ample production capacity, it provides customers with a reliable, efficient supply guarantee, addressing longstanding industry pain points such as unstable supply, delayed delivery, and insufficient compliance.

Core Application Scenarios

1. Construction Engineering: Used as an early-strength antifreeze agent and construction aid for concrete, it enhances early strength, reduces the risk of freezing in low-temperature environments, and ensures timely progress and quality in winter construction projects. It is suitable for various winter construction projects and concrete admixture production processes.
2. Industrial Drying: Serves as a desiccant for industrial gases and specialized equipment, leveraging its excellent moisture-absorbing properties to effectively remove moisture from gases and equipment, maintaining a dry environment throughout industrial processes and preventing equipment malfunctions or product quality issues caused by humidity. It meets the drying needs of industries such as chemicals and machinery.
3. Oilfield Extraction: Employed for well cementing antifreeze and dehumidification of oil and gas pipelines, it prevents drilling fluid from freezing in low-temperature drilling conditions while removing moisture from pipelines, ensuring smooth drilling operations and safe oil and gas transportation. It is an essential additive in oilfield extraction and oil/gas transport processes.
4. Environmental Water Treatment: Acts as a defluorination and desulfurization aid in wastewater treatment, effectively removing fluoride and sulfide compounds to improve compliance rates and help environmental water treatment companies achieve regulatory discharge standards. It is applicable to various industrial and municipal wastewater treatment scenarios.
5. Food Processing and Snow Melting: Used as a food preservative and a coagulant for soy products, it also serves as a key ingredient in snow-melting agents. In food processing, it ensures product quality and compliance; during winter snow removal, it efficiently lowers the freezing point of ice and snow, enhancing road safety.

Target Customer Base

The core customer base for this product spans multiple industries, including concrete admixture manufacturers, construction contractors, oilfield drilling service providers, oil and gas extraction companies, chemical desiccant producers, environmental water treatment firms, food processing enterprises, and snow-melting compound manufacturers. It offers high-purity anhydrous calcium chloride products tailored to each industry’s specific production needs, along with complementary supply services.

Key Advantages

1. Stable High-Purity Assurance: With product purity consistently maintained at 94%–99% and batch-to-batch purity variation limited to ≤0.5%, it significantly boosts the pass rate of downstream products compared to traditionally unstable calcium chloride sources. Statistics show it can increase downstream product compliance by up to 15%, effectively ensuring consistent product quality throughout the production process.
2. Efficient Logistics and Delivery System: Supported by a nationwide warehousing network, liquid calcium chloride can be delivered within 4 hours locally, while solid calcium chloride arrives within 48 hours. Compared to traditional long-distance shipping, this reduces logistics costs by 30% and resolves the industry’s chronic issue of untimely small-batch deliveries, providing customers with flexible, efficient delivery services.
3. Complete Food-Grade Compliance: Food-grade anhydrous calcium chloride boasts full SC production certification and comes with a complete set of quality inspection reports, fully satisfying the compliance requirements of food processing enterprises. This thoroughly addresses the problem of some food-grade calcium chlorides lacking proper qualifications and thus being unable to meet regulatory standards, enabling customers to achieve zero-risk compliant production.
4. Ample Production Capacity and Spot Inventory: With an annual production capacity of 120,000 tons and 5,000 tons of spot inventory on hand, even during peak demand periods such as concentrated snow-melting raw material procurement, order fulfillment cycles can be shortened by 70%. This effectively solves the longstanding issues of insufficient manufacturer capacity and lengthy delivery times, ensuring a steady supply of production materials.
5. Low-Impurity Formulation Protects Downstream Equipment: Utilizing a low-impurity formula with impurity levels ≤0.1%, it reduces downstream equipment failure rates by 40% and cuts maintenance costs by 35% compared to conventionally produced high-impurity calcium chloride. This saves customers time and money on equipment maintenance while boosting overall production efficiency.

Solutions to Industry Pain Points

Addressing several long-standing industry challenges, Anhydrous Calcium Chloride 94% offers targeted solutions:
1. Resolving instability in high-purity calcium chloride supplies and significant batch-to-batch purity variations: Through stable production processes and rigorous quality control, each batch maintains a consistent purity level of 94%–99%, with inter-batch differences limited to ≤0.5%. This ensures downstream customers receive consistently high-quality raw materials, avoiding product quality fluctuations caused by purity variability.
2. Tackling high transportation costs and untimely small-batch deliveries of liquid calcium chloride: Leveraging a nationwide distributed warehousing network, local shipments are dispatched promptly—liquid calcium delivered within 4 hours locally, solid calcium within 48 hours—significantly reducing transport expenses while meeting the need for timely delivery of small orders.
3. Solving the lack of complete SC certification and compliance issues for food-grade calcium chloride: Food-grade products are manufactured strictly according to SC production standards, complete with full certifications and comprehensive quality inspection reports, allowing customers to use them directly in food processing without worrying about compliance risks.
4. Mitigating problems of concentrated seasonal demand for snow-melting raw materials, insufficient manufacturer capacity, and prolonged delivery times: With an annual production capacity of 120,000 tons and 5,000 tons of spot inventory, the company can swiftly respond to large-scale orders during peak seasons, shortening delivery cycles by 70% and ensuring a steady supply of raw materials even during periods of high demand.
5. Addressing high impurity levels in conventionally produced calcium chloride that often lead to downstream equipment blockages and failures: The low-impurity formulation keeps impurity content at ≤0.1%, effectively minimizing impurity buildup inside equipment, reducing the likelihood of blockages and malfunctions, extending equipment lifespan, and cutting maintenance costs.

Core Product Value

1. Consistent high purity enhances downstream product pass rates, ensures stable production quality, and reduces losses from defective products and increased production costs caused by raw material issues.
2. Efficient logistics and delivery services lower transportation costs, shorten delivery cycles, and improve supply chain flexibility and responsiveness, ensuring continuity in the production process.
3. Comprehensive compliance certifications meet the special regulatory requirements of industries like food processing, preventing production stoppages or compliance risks arising from qualification issues.
4. Ample production capacity and spot inventory effectively handle peak-season bulk procurement demands, ensuring a stable supply of raw materials and avoiding production interruptions due to stockouts.
5. The low-impurity formulation reduces downstream equipment failures and maintenance costs, improves equipment operating efficiency, extends equipment lifespan, and creates long-term cost-saving value for customers.

Frequently Asked Questions (FAQ)

Q1: What is the purity range of Anhydrous Calcium Chloride 94%? Is there significant variation between batches?
A: The product’s purity remains stable at 94%–99%, with batch-to-batch purity variation limited to ≤0.5%. This ensures downstream customers receive consistently high-quality raw materials, effectively safeguarding production stability.
Q2: Does the food-grade version have compliance certification?
A: Food-grade anhydrous calcium chloride holds full SC production certification and comes with a complete set of quality inspection reports, allowing customers to use it safely in food processing without any compliance concerns.
Q3: What are the delivery timelines?
A: Thanks to our nationwide warehousing network, liquid calcium chloride can be delivered locally within 4 hours, while solid calcium arrives within 48 hours, all while reducing logistics costs by 30%.
Q4: How long does it take to fulfill orders during peak season?
A: With an annual production capacity of 120,000 tons and 5,000 tons of spot inventory on hand, we can shorten peak-season order fulfillment cycles by 70%, quickly responding to large-scale procurement demands.
Q5: What benefits does the low-impurity formulation offer customers?
A: With impurity levels kept at ≤0.1%, it reduces downstream equipment failure rates by 40% and cuts maintenance costs by 35%, effectively extending equipment lifespan and improving overall production efficiency.