Allylthiourea (ATU) CAS 109-57-9: Properties, Applications, and Bulk Supply
Allylthiourea (ATU), also known as 1-Allyl-2-thiourea and Thiosinamine, is an organosulfur compound used as a chemical intermediate and research reagent in organic synthesis, environmental science, and materials research. Identified by CAS Number 109-57-9, Allylthiourea contains both an allyl group and a thiourea functional group, making it a useful compound for various chemical research and synthesis applications.
Finetech Industry Limited supplies Allylthiourea as a white crystalline powder with a purity specification above 98%. Standard packaging options include 1 kg and 25 kg, with tonne-scale production and bulk supply available for customers requiring larger quantities.
With flexible packaging and scalable supply options, Finetech Industry Limited supports laboratory research, chemical manufacturing, and industrial procurement requirements.
Allylthiourea Product Specifications
- Product Name: Allylthiourea
- Synonyms: 1-Allyl-2-thiourea; Thiosinamine; ATU
- CAS Number: 109-57-9
- Appearance: White Crystalline Powder
- Purity: Greater than 98%
- Testing Methods: ¹H-NMR and HPLC
- Available Packaging: 1 kg and 25 kg
- Bulk Supply: Tonne-scale quantities available upon request
- Supplier: Finetech Industry Limited
Key Applications of Allylthiourea (CAS 109-57-9)
1. Environmental Science and Nitrification Research
Allylthiourea is widely recognized as an inhibitor of biological nitrification and is used in environmental microbiology and wastewater research. It can inhibit ammonia oxidation by ammonia-oxidizing microorganisms, making it useful in studies of nitrogen transformation in aquatic environments, soils, and wastewater treatment systems.
Researchers use Allylthiourea to investigate nitrification activity and distinguish ammonia oxidation from other biological processes. Its application is relevant to experimental studies of nitrogen cycling, microbial activity, and wastewater treatment performance.
2. Organic Synthesis and Chemical Intermediates
Allylthiourea contains reactive functional groups that can participate in organic transformations under suitable reaction conditions. It can serve as a starting material or intermediate in the preparation of selected sulfur-containing compounds and heterocyclic structures.
Its chemical functionality makes it relevant to synthetic chemistry research, intermediate development, and the preparation of specialty organic compounds. Specific applications depend on the reaction pathway and the requirements of the target molecule.
3. Functional Materials and Polymer Research
The allyl group and thiourea functionality of Allylthiourea make it of interest in studies involving functional molecules, polymer modification, and sulfur-containing materials.
Depending on the selected synthesis strategy, Allylthiourea may be investigated as a building block for functional material development and surface modification research. Its suitability for a particular polymer or material system should be evaluated according to the intended chemistry and experimental conditions.
4. Metal Interaction and Adsorption Research
Thiourea-containing compounds are of interest in coordination chemistry and the investigation of interactions between sulfur- or nitrogen-containing functional groups and metal species.
Allylthiourea may be evaluated in exploratory research involving metal coordination, surface functionalization, and the design of sulfur-containing materials. Performance in metal adsorption or separation applications depends on the material formulation, preparation method, and target metal.
5. Electrochemical and Energy Materials Research
Functional organic compounds containing sulfur and nitrogen groups are investigated in a variety of electrochemical and energy-related research areas. Allylthiourea may be considered for exploratory studies involving electrolyte additives, interfacial chemistry, or functional material development where its molecular properties are relevant.
Its suitability and performance in specific battery systems must be established experimentally. Application-specific testing is recommended before industrial implementation.
Quality Control and Analytical Testing
For research and industrial applications, consistent product specifications and analytical verification are important for reliable procurement and downstream processing.
Finetech Industry Limited supplies Allylthiourea with a stated purity specification above 98%. The following analytical methods are used for product quality assessment:
¹H-NMR Analysis
HPLC Purity Analysis
Allylthiourea Packaging and Bulk Supply
Finetech Industry Limited provides flexible supply options for Allylthiourea (CAS 109-57-9), serving both smaller purchasing requirements and large-volume industrial demand.
Standard packaging options:
- 1 kg: Suitable for laboratory research, product evaluation, and smaller-scale operations.
- 25 kg: Suitable for regular industrial use and larger production requirements.
- Tonne-scale supply: Available for bulk procurement and ongoing manufacturing requirements, subject to confirmed specifications, production schedules, and order quantities.
For customers requiring larger volumes, Finetech Industry Limited can discuss supply planning, packaging arrangements, target specifications, and delivery schedules.
Whether you need kilogram quantities for research or tonne-scale supply for manufacturing, contact our team to confirm current availability and request a quotation.
Why Choose Finetech Industry Limited as Your Allylthiourea Supplier?
Purity Specification Above 98%
Allylthiourea is supplied with a stated purity specification above 98%, supporting customers who require defined chemical specifications for research and production.
Analytical Quality Control
¹H-NMR and HPLC are used to assess product identity and chromatographic purity, helping customers evaluate product suitability for their intended applications.
Flexible Packaging Options
Available packaging includes 1 kg and 25 kg, with arrangements for larger orders according to customer requirements.
Tonne-Scale Supply Capability
Finetech Industry Limited can discuss tonne-scale supply requirements for industrial customers, subject to product specifications, order confirmation, and production planning.
Documentation Support
Relevant product documentation can be requested to support purchasing, quality review, and chemical handling requirements.
Support for Industrial Procurement
Finetech Industry Limited serves customers requiring research chemicals, organic intermediates, and bulk chemical supply. Our team can discuss quantity requirements, packaging preferences, and delivery arrangements for individual projects.
Frequently Asked Questions About Allylthiourea
What is the CAS number of Allylthiourea?
The CAS number of Allylthiourea, also known as ATU or 1-Allyl-2-thiourea, is 109-57-9.
What does Allylthiourea look like?
Allylthiourea supplied by Finetech Industry Limited is specified as a white crystalline powder.
What is the purity of Allylthiourea?
The product has a stated purity specification greater than 98%.
Which analytical methods are used to test Allylthiourea?
The specified testing methods are ¹H-NMR and HPLC. ¹H-NMR is used to assess chemical identity, while HPLC is used to evaluate chromatographic purity.
What packaging sizes are available?
Standard packaging options include 1 kg and 25 kg.
Can Allylthiourea be supplied in tonne quantities?
Yes. Tonne-scale supply can be discussed for industrial procurement requirements, subject to specification confirmation, order quantity, and production scheduling.
What is Allylthiourea used for?
Allylthiourea is used in nitrification research, organic synthesis, and exploratory materials research. Its suitability for a particular industrial application depends on the relevant process and technical requirements.
Order Allylthiourea CAS 109-57-9 from Finetech Industry Limited
Looking for a reliable supplier of Allylthiourea for research, chemical synthesis, or industrial manufacturing?
Finetech Industry Limited supplies Allylthiourea (CAS 109-57-9) as a white crystalline powder with a purity specification above 98%. Product quality assessment includes ¹H-NMR and HPLC testing. Packaging options include 1 kg and 25 kg, with tonne-scale supply available upon request.
Contact Finetech Industry Limited to request a quotation, confirm product specifications, discuss bulk quantities, and obtain current lead times.
Quick Product Summary
- Product: Allylthiourea (ATU)
- CAS Number: 109-57-9
- Synonyms: 1-Allyl-2-thiourea; Thiosinamine
- Appearance: White Crystalline Powder
- Purity: Greater than 98%
- Testing Methods: ¹H-NMR and HPLC
- Packaging: 1 kg and 25 kg
- Supply Capacity: Tonne-scale quantities available upon request
- Supplier: Finetech Industry Limited