Published: August 13, 2026
Category: Specialty Chemicals | Functional Monomers | Coatings | Adhesives | Polymer Materials

Introduction

The global specialty-chemical industry is placing increasing emphasis on functional monomers that can improve polymer performance, especially in waterborne coatings, adhesives, textile treatments and advanced resin systems. One of these important materials is Diacetone Acrylamide (DAAM), a functional acrylamide monomer identified by CAS No. 2873-97-4.

DAAM is valued because it can be incorporated into polymer chains while introducing reactive ketone functionality. This makes it particularly useful in polymer systems that subsequently undergo crosslinking with compounds such as adipic acid dihydrazide (ADH).

For manufacturers of coatings, adhesives, textile binders and specialty polymers, choosing a reliable DAAM supplier is therefore an important part of raw-material sourcing.

This 2026 global sourcing guide reviews five notable DAAM manufacturers and suppliers: KJ Chemicals Corporation, KH Neochem Co., Ltd., Vinati Organics, KIMA Chemical Co., Ltd., and FUJIFILM Wako Pure Chemical Corporation.

Ranking note: There is no universally audited global ranking of DAAM manufacturers based on production capacity. The list below is a practical sourcing ranking based on publicly documented DAAM products, technical information, industrial relevance and market visibility. Buyers should verify current capacity, manufacturing location, MOQ and commercial availability directly with each supplier.

What Is DAAM?

Diacetone Acrylamide, commonly abbreviated as DAAM, is a functional acrylamide monomer.

Its key chemical information includes:

KH Neochem lists DAAM as N-(1,1-dimethyl-3-oxobutyl)-acrylamide, with molecular formula C₉H₁₅NO₂ and molecular weight 169.2.

DAAM can readily polymerize or copolymerize with different monomers. The resulting polymer contains reactive ketone functionality, which can be used in crosslinking systems.

One important application is the DAAM/ADH system, where DAAM-functional polymers can react with adipic acid dihydrazide to create a crosslinked polymer network.

Top 5 DAAM Manufacturers in 2026

1. KJ Chemicals Corporation — Japan

KJ Chemicals Corporation is one of the most prominent publicly documented DAAM manufacturers in the global market.

The company markets DAAM as DAAM™ within its Kohshylmer® functional monomer portfolio. Its official information identifies DAAM for waterborne coatings, photosensitive resins, cosmetic polymers, adhesives, textile treatment, resin modification and paper treatment.

One of KJ Chemicals’ major advantages is its published high-purity specification.

The company states:

• Purity: ≥99.5%
• Acrylamide: <100 ppm

Its DAAM is described as a white flake with a molecular weight of 169.22 and melting point around 57°C. KJ Chemicals lists 20 kg polyethylene bags in corrugated cartons as packaging.

DAAM/ADH Technology

KJ Chemicals also highlights the reaction between DAAM-functional polymers and adipic dihydrazide (ADH).

According to the company’s technical information, this crosslinking system can improve:

• scrub resistance;
• stain resistance;
• moisture resistance;
• solvent resistance;
• blocking resistance;
• weather resistance;
• adhesion;
• tack-free time.

This makes KJ Chemicals particularly attractive to manufacturers developing high-performance waterborne coatings and adhesives.

Why KJ Chemicals Is a Top DAAM Supplier

Its key advantages include:

High purity + low residual acrylamide + functional-monomer expertise + DAAM/ADH technology + international regulatory registrations.

For customers seeking Japanese-origin DAAM, KJ Chemicals is one of the first companies worth evaluating.

2. KH Neochem Co., Ltd. — Japan

KH Neochem Co., Ltd. is another established Japanese specialty-chemical producer with a dedicated DAAM product.

The company’s official product page identifies Diacetone Acrylamide (DAAM) as a monomer for self-crosslinking emulsion resins used in:

• coatings;
• adhesives;
• textiles;
• UV-curing materials;
• water treatment;
• hydrophilic polymers.

Published DAAM Specification

KH Neochem provides a detailed specification:

This level of specification is valuable for industrial buyers because DAAM performance depends on more than assay alone.

Residual acrylamide, moisture and inhibitor concentration can all be relevant to polymerization and final product performance.

Industrial Applications

KH Neochem’s DAAM is positioned particularly strongly for waterborne polymers and coating applications.

For manufacturers requiring:

• Japanese manufacturing;
• documented quality specifications;
• established specialty-chemical expertise;
• industrial-scale applications,

KH Neochem is an important candidate for supplier qualification.

3. Vinati Organics Limited — India

Vinati Organics Limited is an Indian specialty-chemical manufacturer with a history of DAAM production and a broader specialty-monomer portfolio.

The company is particularly well known for specialty monomers and related chemical products.

For global buyers, India has become an increasingly important alternative sourcing region for specialty chemicals.

Why Vinati Matters

DAAM buyers often want to avoid excessive dependence on a single country or region.

An India-based source can potentially provide:

• geographic diversification;
• alternative Asian manufacturing;
• specialty-monomer expertise;
• additional supply-chain flexibility.

However, procurement teams should distinguish between historical DAAM manufacturing evidence and current commercial availability.

Before placing a large order, buyers should confirm:

• current DAAM production status;
• current specification;
• manufacturing location;
• current capacity;
• MOQ;
• lead time;
• export availability.

Therefore, Vinati is best viewed as an important supplier to investigate and qualify rather than assuming that all historical product information represents today’s commercial offering.

4. KIMA Chemical Co., Ltd. — China

KIMA Chemical Co., Ltd. is the featured company in this global DAAM sourcing guide.

KIMA publicly identifies itself as a DAAM manufacturer and supplier, offering Diacetone Acrylamide under CAS No. 2873-97-4.

Its published product information identifies applications in:

• waterborne coatings;
• textile treatment;
• paper treatment;
• photosensitive resins;
• hairsprays;
• adhesives;
• crosslinking systems;
• resin modification;
• acrylic monomers.

KIMA’s technical data sheet identifies DAAM as a functional monomer capable of polymerizing with a variety of comonomers and reacting with adipic acid dihydrazide at normal temperature.

KIMA DAAM Specification

KIMA publishes a DAAM product described at 99%, with documentation identifying the material as a white to slightly yellowish flake powder.

The company’s published technical information includes:

KIMA DAAM and ADH

One notable aspect of KIMA’s portfolio is that it also offers Adipic Acid Dihydrazide (ADH).

For manufacturers developing DAAM/ADH waterborne crosslinking systems, sourcing both components from one supplier can simplify procurement and logistics.

KIMA’s DAAM documentation specifically describes the reaction between DAAM and ADH at normal temperature.

Why KIMA Is Important in Global Sourcing

KIMA can be attractive to customers looking for:

• China-origin DAAM;
• industrial quantities;
• competitive sourcing;
• DAAM and ADH from one supplier;
• specialty polymer raw materials;
• export supply.

However, buyers should always request a current batch COA, current SDS, country-of-origin documentation and production-capacity information before qualification.

5. FUJIFILM Wako Pure Chemical Corporation — Japan

FUJIFILM Wako Pure Chemical Corporation is another documented manufacturer of DAAM.

Its official product database lists:

Diacetone Acrylamide — Wako 1st Grade

with an assay of:

98.0+% by capillary GC.

The product information identifies:

• CAS No. 2873-97-4;
• molecular formula C₉H₁₅NO₂;
• molecular weight 169.22;
• melting point 53–57°C.

Wako lists 25 g and 500 g packages and describes the product for research or further manufacturing use.

Best Application

Wako is especially relevant for:

• laboratory research;
• polymer development;
• formulation testing;
• university research;
• pilot experiments;
• specialty chemical synthesis.

For very large industrial DAAM requirements, customers should confirm bulk availability directly because a laboratory product listing does not necessarily indicate the same production scale as a dedicated industrial monomer manufacturer.

DAAM Manufacturer Comparison

Why DAAM Is Important for Waterborne Coatings

The coatings industry is increasingly interested in waterborne systems because they can help reduce dependence on conventional organic solvents.

However, waterborne coatings still need to deliver:

• strong adhesion;
• water resistance;
• chemical resistance;
• scrub resistance;
• stain resistance;
• durability;
• weather resistance;
• blocking resistance.

DAAM provides a way to introduce reactive functionality into a polymer.

After polymerization, the ketone groups associated with DAAM can react with hydrazide functionality such as ADH, producing a crosslinked network.

This approach can improve coating durability without relying solely on traditional external crosslinking technologies.

KJ Chemicals specifically reports improvements in scrub, stain, moisture, solvent and blocking resistance from its DAAM/ADH system.

DAAM Applications in 2026

DAAM’s application range is broader than coatings alone.

1. Waterborne Coatings

DAAM is widely associated with functional acrylic and other waterborne polymer systems.

2. Adhesives

DAAM can introduce reactive functionality into adhesive polymers and help develop durable crosslinked systems.

3. Textile Treatment

DAAM-functional polymers can be used in textile treatment systems where durability and resistance are important.

4. Paper Treatment

Functional polymers containing DAAM can be used in specialty paper coatings and treatments.

5. Photosensitive Resins

DAAM is also listed for specialty resin applications.

6. Resin Modification

Polymer manufacturers can use DAAM to introduce reactive functionality into resin architectures.

How to Choose the Right DAAM Manufacturer

Price should not be the only criterion.

A professional DAAM sourcing program should evaluate at least the following:

Purity

Ask for the guaranteed assay and typical batch result.

Residual Acrylamide

This can be an important specification for quality and regulatory reasons.

Moisture

Water content may affect polymerization and formulation stability.

Inhibitor

DAAM is a polymerizable monomer, so inhibitor content should be clearly documented.

Batch Consistency

Request multiple COAs rather than relying on one sample.

Manufacturing Origin

Confirm where the material is actually manufactured.

Capacity

Ask for current annual capacity and available production allocation.

Lead Time

Specialty monomers can require longer lead times than commodity chemicals.

Technical Support

A supplier that understands DAAM polymerization and DAAM/ADH chemistry can provide significant value.

Recommended DAAM Supplier Qualification Checklist

Before approving a supplier, buyers should request:

• Current TDS
• Current SDS
• Recent COA
• Product specification
• Residual acrylamide data
• Moisture data
• Inhibitor information
• Country-of-origin declaration
• Packaging information
• MOQ
• Production capacity
• Lead time
• Sample
• Regulatory information

The material should then be tested in the customer’s actual polymer formulation.

The global DAAM market is a specialized segment of the functional-monomer industry, and selecting the right supplier requires more than comparing prices.

KJ Chemicals Corporation stands out for its high-purity DAAM specification and strong DAAM/ADH technology. Its official product information states ≥99.5% purity and less than 100 ppm acrylamide.

KH Neochem provides an established Japanese industrial option with detailed specifications covering purity, acrylamide, moisture and inhibitor content.

Vinati Organics represents an important India-based specialty-chemical sourcing option, particularly for companies interested in geographical diversification.

KIMA Chemical Co., Ltd. is an important China-based DAAM manufacturer and supplier, offering DAAM together with a broader portfolio of specialty chemicals and ADH. Its published DAAM documentation identifies CAS 2873-97-4 and applications across coatings, adhesives, textiles, paper treatment and resin modification.

FUJIFILM Wako provides a well-documented DAAM product particularly useful for research and specialty applications, with a stated assay of 98.0+%.

For 2026 buyers, the best strategy is to qualify at least two DAAM suppliers and compare purity, residual acrylamide, inhibitor, moisture, batch consistency, country of origin, capacity, price, lead time and technical support.

The future of DAAM sourcing will increasingly depend on both chemical performance and supply-chain reliability. As waterborne coatings, durable adhesives and functional polymer technologies continue developing, dependable DAAM manufacturers will remain important partners for polymer producers around the world.