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Styrene-Butadiene

Styrene-butadiene is centered around creating a versatile and robust copolymer formed through the polymerization of styrene and butadiene monomers. 

The resulting material combines the rigidity and strength of styrene with the flexibility and impact resistance of butadiene. This unique combination makes styrene-butadiene latex and its derivatives suitable for various applications across industries, such as coatings, adhesives, textiles, and paper. The chemical properties of styrene-butadiene allow it to deliver excellent adhesion, water resistance, and elasticity, making it an essential component for high-performance products.

Styrene-butadiene offers exceptional durability, water resistance, and bonding capabilities. Its adaptability makes it a go-to choice for enhancing product performance across multiple markets, from glossy paper coatings to resilient flooring adhesives.

Discover how styrene-butadiene can optimize your product's performance. Speak to an expert today to find the right formulation for your specific needs.

explore styrene-butadiene emulsions

Products (Carboxylated)
  • POLYMER
  • TG (°C)
  • VISCOCITY (%)
  • SOLIDS (%)
  • PH
  • Polymer
    Rovene® 9410
  • TG (°C)
    -56
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4423
  • TG (°C)
    -44
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 9423
  • TG (°C)
    -44
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 5044
  • TG (°C)
    -35
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4044
  • TG (°C)
    -35
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4047
  • TG (°C)
    -35
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
view
  • Polymer
    Rovene® 6105
  • TG (°C)
    -31
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 6130
  • TG (°C)
    -29
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4125
  • TG (°C)
    -27
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4310
  • TG (°C)
    -26
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Rovene® 5010
  • TG (°C)
    -26
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52
  • 8.5-9.5
view
view
  • Polymer
    Rovene® 5550
  • TG (°C)
    -25
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4305
  • TG (°C)
    -24
  • VISCOCITY (%)
    350
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Rovene® 4176
  • TG (°C)
    -23
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4150
  • TG (°C)
    -16
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50
  • 8.5-9.5
view
  • Polymer
    Rovene® 4402
  • TG (°C)
    -16
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Tylac® 4193
  • TG (°C)
    -15
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4560
  • TG (°C)
    -15
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    50
  • 8.5-9.5
view
  • Polymer
    Tylac® 4194
  • TG (°C)
    -15
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50
  • 8.5-9.5
view
view
  • Polymer
    Rovene® 4100
  • TG (°C)
    -5
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4817
  • TG (°C)
    -4
  • VISCOCITY (%)
    100
  • SOLIDS (%)
    53
  • 8.5-9.5
view
  • Polymer
    Rovene® 4009
  • TG (°C)
    -4
  • VISCOCITY (%)
    100
  • SOLIDS (%)
    53
  • 8.5-9.5
view
  • Polymer
    Rovene® 4602
  • TG (°C)
    -2
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 5499
  • TG (°C)
    0
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52
  • 8.5-9.5
view
view
  • Polymer
    Tylac® 4190
  • TG (°C)
    + 3
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50.5
  • 8.5-9.5
view
  • Polymer
    Tylac® 4191
  • TG (°C)
    + 3
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    47
  • 8.5-9.5
view
  • Polymer
    Rovene® 4170
  • TG (°C)
    + 4
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4076
  • TG (°C)
    + 4
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4002
  • TG (°C)
    + 4
  • VISCOCITY (%)
    400
  • SOLIDS (%)
    49
  • 8.5-9.5
view
view
view
  • Polymer
    Rovene® 4011
  • TG (°C)
    + 7
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52.5
  • 8.5-9.5
view
view
  • Polymer
    Rovene® 6506
  • TG (°C)
    + 10
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    51
  • 8.5-9.5
view
  • Polymer
    Rovene® 4487
  • TG (°C)
    + 11
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    54.5
  • 8.5-9.5
view
  • Polymer
    Tykote® 1004
  • TG (°C)
    + 12
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    51
  • 8.5-9.5
view
view
  • Polymer
    Rovene® 4180
  • TG (°C)
    + 12
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    54.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4546
  • TG (°C)
    + 12
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    51
  • 8.5-9.5
view
  • Polymer
    Tykote® 1014
  • TG (°C)
    + 12
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    51
  • 8.5-9.5
view
  • Polymer
    Rovene® 4119
  • TG (°C)
    + 14
  • VISCOCITY (%)
    150
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Rovene® 4181
  • TG (°C)
    + 14
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    54.5
  • 8.5-9.5
view
  • Polymer
    Tykote® 1019
  • TG (°C)
    + 14
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Rovene® 4470
  • TG (°C)
    + 16
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    52.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4541
  • TG (°C)
    + 17
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50
  • 8.5-9.5
view
  • Polymer
    Rovene® 4045
  • TG (°C)
    + 17
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    45
  • 8.5-9.5
view
  • Polymer
    Tykote® 1005
  • TG (°C)
    + 18
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    50
  • 8.5-9.5
view
  • Polymer
    Tykote® 1015
  • TG (°C)
    + 18
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    51
  • 8.5-9.5
view
  • Polymer
    Rovene® 4021
  • TG (°C)
    + 22
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4201
  • TG (°C)
    + 40
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4601
  • TG (°C)
    + 42
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    51
  • 8.5-9.5
view
  • Polymer
    Rovene® 4650
  • TG (°C)
    + 48
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    48.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4301
  • TG (°C)
    + 58
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Rovene® 4111
  • TG (°C)
    + 69
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    54
  • 8.5-9.5
view
  • Polymer
    Rovene® 4106
  • TG (°C)
    + 69
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
CLOSE
Products (Non-Carboxylated)
  • POLYMER
  • TG (°C)
  • VISCOCITY (%)
  • SOLIDS (%)
  • PH
  • Polymer
    Rovene® 4813
  • TG (°C)
    -42
  • VISCOCITY (%)
    50
  • SOLIDS (%)
    50
  • 8.5-9.5
view
  • Polymer
    Rovene® 4848
  • TG (°C)
    -38
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4220
  • TG (°C)
    -26
  • VISCOCITY (%)
    200
  • SOLIDS (%)
    52
  • 8.5-9.5
view
  • Polymer
    Rovene® 8305
  • TG (°C)
    -24
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    54
  • 8.5-9.5
view
  • Polymer
    Rovene® 4040
  • TG (°C)
    -3
  • VISCOCITY (%)
    100
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Tylac® 4901
  • TG (°C)
    + 6
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    47.5
  • 8.5-9.5
view
  • Polymer
    Rovene® 4043
  • TG (°C)
    + 6
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    49
  • 8.5-9.5
view
  • Polymer
    Tylac® 4195
  • TG (°C)
    + 10
  • VISCOCITY (%)
    -
  • SOLIDS (%)
    46.5
  • 8.5-9.5
view
CLOSE
Benefits

Benefits of Styrene-Butadiene Emulsions

Styrene-butadiene emulsions offer unique benefits, including excellent film-forming properties, superior adhesion, and high water resistance. These characteristics make emulsions ideal for applications where flexibility, durability, and strong binding are essential. SB emulsions also provide better surface smoothness, gloss, and compatibility with other additives compared to traditional polymer powders.

  • Strong Adhesion: Bonds well to a variety of surfaces, improving product durability and reliability for tough industrial applications.
  • Water Resistance: Keeps products intact even in wet or humid environments, perfect for coatings, textiles, and adhesives.
  • Custom Formulations: Tailored formulations deliver exactly what your project requires without unnecessary trade-offs in performance.
  • Flexibility and Durability: Combines elasticity with toughness, making it ideal for products that need to bend without breaking.
  • Cost Efficiency: Offers premium performance at a competitive price, helping you control costs while delivering exceptional results.
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Markets (Carboxylated)

Common markets for Styrene-Butadiene Emulsions

Styrene-butadiene emulsions serve diverse markets such as construction, paper, and textiles. These emulsions are widely used in coating formulations, carpet backing, and nonwoven fabrics. Their versatility, combined with cost-efficiency and enhanced performance attributes, makes them a preferred choice across industries that require reliable, high-quality binders and adhesives.

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Markets (Non-Carboxylated)

Common markets for Styrene-Butadiene Emulsions

Styrene-butadiene emulsions serve diverse markets such as construction, paper, and textiles. These emulsions are widely used in coating formulations, carpet backing, and nonwoven fabrics. Their versatility, combined with cost-efficiency and enhanced performance attributes, makes them a preferred choice across industries that require reliable, high-quality binders and adhesives.

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Applications (Carboxylated)

Common applications for Styrene-Butadiene Emulsions

Styrene-butadiene emulsions are utilized in various applications, including paper coatings, adhesives, and waterproofing solutions. They improve product stability, provide excellent printability for coated papers, and enhance adhesion and elasticity in construction materials. Their ability to form durable, water-resistant films makes them invaluable in many industrial and commercial settings.

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Applications (Non-Carboxylated)

Common applications for Styrene-Butadiene Emulsions

Styrene-butadiene emulsions are utilized in various applications, including paper coatings, adhesives, and waterproofing solutions. They improve product stability, provide excellent printability for coated papers, and enhance adhesion and elasticity in construction materials. Their ability to form durable, water-resistant films makes them invaluable in many industrial and commercial settings.

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Related Downloads

Product Selection Guides

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explore styrene-butadiene powders

Products (Coming Soon)
  • POLYMER
  • TG (°C)
  • VISCOCITY (%)
  • SOLIDS (%)
  • PH
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Benefits

Benefits of Styrene-Butadiene Powders

Styrene butadiene powders offer excellent adhesion, water resistance, and elasticity, making them highly adaptable for a wide range of industrial applications. They provide enhanced durability, tensile strength, and flexibility, making them a preferred choice for manufacturers looking to improve product performance while maintaining cost-efficiency and ease of processing.

  • Minimal Waste: Use only what you need without leftovers, keeping waste low and costs in check.
  • Re-dispersibility: Mixes effortlessly to perform like liquid emulsions, giving you flexibility in how and when you use it.
  • Easy Storage: Lightweight powders reduce shipping costs and don’t need special temperature-controlled storage.
  • Ideal for Dry Mixes: Perfect for cement-based adhesives, mortars, and other dry-mix products where liquid isn’t practical.
  • Extended Shelf Life: Stays stable for extended periods, giving you more time and less waste in your production process.
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Markets

Common markets for Styrene-Butadiene Powders

Styrene butadiene powders are utilized in diverse markets, including coatings, adhesives, and construction. Their versatility enables them to meet the demanding needs of industries like automotive, textiles, and packaging. These powders deliver value by enhancing the durability, flexibility, and overall performance of end products in each of these markets.

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Applications

Common applications for Styrene-Butadiene Powders

Styrene butadiene powders are used in coatings for paper, textile backings, and carpet adhesives. They improve water resistance and adhesion in liquid-applied membranes and barrier coatings. The flexibility of these powders allows manufacturers to achieve reliable, high-performance solutions in a variety of demanding applications.

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Related Downloads

Product Selection Guides

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The Mallard Creek Difference

With Mallard Creek Polymers, you get the right product for the right application at the right price.

We’re more than a supplier; we're an innovative, chemistry-agnostic partner with a 60-year legacy of delivering the perfect balance of quality, performance, and cost for our customers. With a wide range of emulsions for various markets and applications, you get a one-stop shop for all your specialty water-based polymer needs.

FAQs

Frequently Asked Questions

Do you offer sample testing or consultation services?

While we don’t conduct sample testing, we focus on designing products and providing expert consultation to help achieve the best performance for your application.

Can you customize these polymers to meet my specific performance requirements?

Yes, we specialize in customization and work closely with customers to design the ideal polymer within the appropriate family.

Are these polymers safe and compliant with relevant regulations for my intended application (e.g., FDA, REACH, VOC)?

Yes, water-based polymers are inherently safe and easy to handle and use. We carefully evaluate regulatory requirements and welcome open discussions about compliance.

Are these polymers compatible with other ingredients I commonly use in my formulations (e.g., pigments, fillers, solvents, additives)?

For many of our products, we have starting point formulations. Because we customize products routinely, though, we find it critical to work closely with our customers to maximize the value of that product in use.

What are your lead times for product delivery?

Lead times vary depending on your needs. Beyond product customization, we offer tailored service options to align with your timeline and requirements. Let’s discuss how we can support you.

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SPEAK TO AN EXPERT

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