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HS Code |
216701 |
| Product Name | Elastomer Powder SC-9106/SC-9107 |
| Type | Thermoplastic Elastomer Powder |
| Appearance | White to off-white powder |
| Particle Size | ≤120 μm (typical) |
| Bulk Density | 0.30–0.50 g/cm³ |
| Solubility | Dispersible in water |
| Glass Transition Temperature Tg | -28°C to -22°C |
| Melting Point | Approx. 75°C–90°C |
| Ph 10 Aqueous Dispersion | 7.0–9.0 |
| Ash Content | ≤1.0% |
| Recommended Storage | Cool, dry, and well-ventilated place |
As an accredited Elastomer Powder SC-9106/SC-9107 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Elastomer Powder SC-9106/SC-9107 is packaged in 25 kg multi-layer kraft paper bags with internal polyethylene lining for protection. |
| Shipping | Elastomer Powder SC-9106/SC-9107 is typically shipped in sealed, moisture-proof 25 kg bags or drums to ensure product integrity. Packaging is clearly labeled with hazard warnings and batch information. Material is transported on pallets, protected from direct sunlight and moisture, and handled according to chemical safety and regulatory requirements. |
| Storage | Elastomer Powder SC-9106/SC-9107 should be stored in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat or ignition. Keep the container tightly closed to prevent moisture absorption and contamination. Store at temperatures between 5°C and 35°C. Avoid prolonged exposure to air and humidity to maintain product integrity and performance. |
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Our SC-9106/SC-9107 elastomer powders are specially engineered as essential functional raw materials for downstream manufacturers requiring enhanced flexibility, impact modification, and bond strength in various polymer systems. Below, we detail multiple consolidated industrial applications in which manufacturers successfully integrate these grades to meet stringent process and product requirements in their respective sectors. In the dry-mix mortar industry, manufacturers routinely add our elastomer powders to cementitious tile adhesives, grouts, and repair mortars to achieve improved flexibility, crack resistance, and superior bonding—key factors for meeting performance requirements under variable temperature and load conditions. The integration of elastomer powder addresses the construction need for higher deformability in tile adhesives specified for large-format or low-absorption tiles, as well as for mortars exposed to mechanical stress and thermal cycling in civil engineering projects. Industry compliance standards Typical usage ratio
Downstream process integration
Final product types
2. Thermoplastic Compounding for Impact ModificationCompounders and resin producers use our elastomer powders as integral components in thermoplastic blends, particularly with engineering resins such as PVC, ABS, and polyolefins. The addition enhances low-temperature impact resistance and ductility, critical for downstream applications including automotive parts and consumer electronics housings. The controlled particle size and specific polymer architecture allow processors to achieve consistent toughening without excessive melt viscosity increase or surface bloom phenomena during extrusion or injection molding. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Bituminous Roofing Membranes and Road ConstructionProducers of polymer-modified bitumen membranes for roofing and road surfacing rely on the elastomer powder to improve cold flexibility, elongation, and aging resistance in both SBS and APP-modified systems. The fine powder disperses efficiently in hot bitumen blends, ensuring a uniform material matrix and extending the service life of membranes under UV and ozone stress. This application plays a foundational role in meeting durability requirements and minimizing early failure in infrastructure projects. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Industrial Powder Coatings for Metal ProtectionIn powder coating manufacture, especially for protective and decorative coatings on steel and aluminum parts, elastomer powders enable the formulation of hybrid polyester/epoxy systems with increased chip resistance and surface flexibility. This raises corrosion performance in applications such as outdoor furniture, appliance parts, and infrastructure steel, even when exposed to repeated impact or mechanical deformation during use or transport. Processors appreciate the precise powder characteristics that favor clean blending and consistent film formation during curing cycles. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Nonwoven and Textile Back Coating CompoundsManufacturers producing carpet backing, synthetic leather, and technical nonwovens incorporate these elastomer powders to adjust the softness, elongation, and peeling resistance of PVC or PU-based back coatings. Controlled particle dispersion contributes to even compound viscosity and minimized migration risk, which is especially valuable in high-cycle production for flooring and upholstery. The additive supports compliance with industry requirements for mechanical fatigue and toxicological safety in end-use home and commercial environments. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive Elastomer Powder SC-9106/SC-9107 prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Working in the chemical industry for years brings a certain clarity about what customers really look for. Elastomer powder has become a staple in advanced formulations across construction, plastics, coatings, and adhesives fields. SC-9106 and SC-9107 represent our continual push to address actual user concerns—ones raised in labs, at construction sites, and across factory floors worldwide. These grades are not crafted in a vacuum; real-world needs shape our development and ongoing adjustments.
No two elastomer powders perform quite the same in every application. Small differences in particle size, flow, and chemical makeup often create a cascade of variations in processing, compatibility, and final properties. The backbone for both SC-9106 and SC-9107 starts with a consistent raw material supply backed by rigorous internal QC. Without reliable quality, nothing else matters.
SC-9106 is engineered for blending into cementitious systems where strong flexibility and impact resistance are required, such as self-leveling underlayments and polymer-modified mortars. Polymer content sits in a zone optimized for both workability and durable performance, based on iterative testing in environments that mimic daily project challenges like temperature swings, mechanical shock, and repetitive motion in floorings.
SC-9107 addresses the need for higher-performance bonding and crack-bridging in membranes and patching compounds. We increased the glass transition temperature and adjusted the internal plasticizer choices, giving SC-9107 longer open times and firmer set after curing. It delivers better adhesion on low-porosity concrete and aged surfaces that often repel standard powders. Jobsites often report reductions in callbacks thanks to this improvement, which translates to labor cost savings and fewer warranty claims for contractors.
Many powders claim high performance in brochures, but results can vary wildly between lots. Our facility runs sample draws with each production lot. Testing includes both standard mechanicals—tensile strength, elongation, and tear resistance—and side-by-side panel evaluations with popular competitors. We keep detailed batch histories, so performance shifts are caught well before a drum ever leaves the plant. This relentless quality pursuit reflects what we know our customers battle: unexpected downtime, rejected shipments, or performance failures at the worst moments.
The particle size distribution plays a big part in processing. Both SC-9106 and SC-9107 undergo triple-stage milling. This control translates to powders that pour evenly, dissolve rapidly, and disperse with minimal dust. Installers notice the difference almost immediately on the mixing line. They spend less time scraping clumps or backtracking to resolve inconsistent results, freeing time and energy for the actual work that adds value.
Field visits with our clients underline one theme: the theory on paper doesn’t always reflect the pressure and complexity faced in real-world conditions. The best formulations often result from straightforward feedback loops. We watch as crews mix, pour, and finish products using our powders. Sometimes, the feedback surprises even our lab team. Maybe a batch sets too quickly in high humidity, or a patch product flows more than planned.
Those on-the-ground experiences push us to adjust recipes or update our blending instructions. For instance, clients working in northern climates needed a mix that stayed workable longer in cooler months without bleeding or clumping. With SC-9107, we tightened up moisture resistance during blending and dry-down. Our willingness to visit job sites and test builds confidence and creates a bond that seldom forms through emails or marketing alone.
The marketplace is crowded with choices, but meaningful differences exist. A common competitor polystyrene-based powder offers low cost, but disappoints under thermal cycling—its resistance to repeated expansion and contraction falls short. Local brands sometimes suffer inconsistent particle size and contamination, which pop up as visible specks or unexpected odor in finished work. Some users opt for liquid polymer dispersions for convenience, but these require careful shipping, additional storage, and raise concerns for environmental exposure.
SC-9106 and SC-9107 are built on ethylene-vinyl acetate (EVA) and selected acrylate backbones, which brings a more reliable thermal response and chemical resistance. EVA provides a soft touch, important in tile adhesives and floorings, while the acrylate blend in SC-9107 raises temperature stability and resistance to plasticizer migration. Plastics molders and paint formulators comment on the lack of unwanted reactivity even at higher dosages.
One client, a well-known architectural coatings maker, ran head-to-head tests on legacy German powders vs. SC-9106. Their outcome was clear: our local production cuts shipping times, delivers better color stability in pigmented formulations, and lowers the total cost of use. They returned for a recurring supply, basing their decision on test data from their in-house labs reinforced by our plant reports.
Safe handling and environmental stewardship are core priorities for every chemical producer. The processes involved in making elastomer powder involve not just optimizing product quality, but just as importantly, minimizing exposure and environmental impact. We have invested in advanced air filtration for our drying and milling lines, reducing dust escape and ensuring a cleaner, safer workspace. Regular air monitoring data confirm compliance with both industry and community standards for occupational safety.
Waste minimization is front and center. Rejected material is captured and sent for reprocessing after rigorous off-spec analysis. Reusable water cycles in our cooling and cleaning processes reduce fresh water demand. We document solvent and additive choices for regulatory audits and provide customers with clear information to help them meet green building codes or voluntary sustainability certifications.
Customers across Europe and North America request evidence of sustainable sourcing. We freely share lifecycle comparisons and disclosures on precursor materials, backing up our assertions with third-party certifications for raw inputs. Trust stems from facts, not slogans.
Our team fields calls weekly from users grappling with uneven floors, tough-to-bond surfaces, or moisture intrusion beneath finishes. Often, old solutions relied on brittle, cementitious products or complex liquid/polymer systems that require special mixing setups and produce inconsistent results on job sites. With dry elastomer powders like SC-9106 and SC-9107, end users blend directly into dry mortar or adhesive blends, mix with water as usual, and apply with familiar tools.
A flooring contractor once shared how the water retention capacity and elastomeric recovery of SC-9107 saved hundreds of square meters of laminate installation in a commercial shopping plaza. After a large section was exposed to sudden morning condensation, the underlayment absorbed the excess, and the final finish did not buckle or delaminate. Repairs simply required placement of a new topcoat, not extensive demolition or waiting for the substrate to dry out. These real-world benefits far outweigh theoretical cost-per-kg calculations made at budgeting tables.
In plastic modification, processors looking for impact-resistant compounds report that SC-9106 integrates well with common fillers such as calcium carbonate or glass beads, maintaining the required flexibility across a broad temperature envelope. This helps injection molders avoid sudden breakage under torsion or at cold temperatures, which can otherwise lead to warranty issues years down the line.
Researchers need reproducible results. We collaborate with technical centers and universities that benchmark polymer powders for civil engineering, filter media, automotive interiors, and membrane waterproofing. Every year, samples of SC-9106/SC-9107 enter research pipelines to evaluate chemical aging, compatibility with next-generation fillers, and long-term weathering properties.
Field test results become new data points feeding back into our product improvement process. An academic group recently completed a two-year exposure trial with SC-9106 in flood-prone infrastructure. Their reports show that the powder retains flexibility, minimizes water uptake, and outperforms cheaper alternatives when used in geopolymer binders. This presents new opportunities for critical infrastructure without sacrificing longevity or safety margins.
Switching to a new powder requires trust. Specifiers and project managers rarely gamble on unknown formulas—one bad pour, and entire schedules derail. Most of our long-term clients began with pilot projects. We guided mix design, ran panel trials, and shared QC data before scaling up. Those who returned to order at larger volumes usually cite reliability and the lack of negative surprises as the biggest deciding factor.
Having real people backing support makes a difference. Our applied chemistry team handles user calls directly. No automated responses—just direct answers rooted in years of plant and field experience. If a drum is lost in transit, if moisture is detected where it shouldn’t be, or if a formulation doesn’t hit its target viscosity, we solve the problem. Delivering stable product each time builds stronger partnerships than any sales brochure or warranty fine print.
Specifiers, architects, and manufacturers across the construction and polymers industry are being pushed to improve durability, cut lifecycle costs, and anticipate new environmental standards. We don’t just sell elastomer powder; we evaluate new regulatory directions, anticipate supply chain challenges, and adapt grades in response to additive bans and stricter VOC limits.
Recent market shifts highlight the value of dry-blend elastomer powders like SC-9106/9107. Regulations aimed at lowering project emissions increasingly favor water-based and solvent-free solutions. By switching away from solvent-based dispersions, customers often see safer handling, compliance with regional LEED targets, and reductions in warehouse complexity. The desire for lighter, stronger, and cleaner materials guides our formulation tweaks—small choices in manufacturing add up when counted across thousands of tons shipped each year.
End users deserve to know what is inside every bag. We run complete transparency protocols—ingredient traceability, safety disclosures, and supply chain audits. Labels reflect actual content, not broad marketing categories. We welcome customer visits to observe production, inspect retained samples from each lot, and ask tough questions about additives or potential cross-contamination.
A multinational tile maker took us up on this offer two years back. Their technical team identified a subtle but critical difference in lightfastness and color shift for a custom grout. On visiting our facility, they were able to review batch data and watch the precise point where micronized pigment is introduced into the blend. This openness led to a long-term supply agreement and faster product launches for their specialty lines.
Clients working in cement repair, acoustic damping, waterproof coatings, and impact-modified plastics consistently demand powders that will work in tough, variable conditions. SC-9106 and SC-9107 deliver high elasticity, solid workability, and long-term resilience that show up not only in lab tests, but also in bridge decks, tunnel linings, gymnasium floors, public infrastructure, and next-generation composites.
End-to-end, our role is about more than just molecules or process control. Each innovation in elastomer powder feeds into something larger: safer structures, longer-lasting products, and more responsible manufacturing. We answer directly for what leaves our plant, and we work side by side with customers facing new demands each year.
Volatility in global raw material flows and increased logistics costs challenge every industry. We invest in local sourcing where possible, transparent raw material forecasting, and secure logistics so projects avoid production stalls or last-minute substitutions. Our regional warehouses cut down on cross-border delays, and shelf-life testing backs up our claimed storage durations.
Each order of SC-9106/SC-9107 is produced, tested, and released with full data provided. This careful attention gives end users confidence—whether they specify for a municipal project, run a busy construction site, or produce specialized adhesives and plastics. Product performance, supply security, and direct user support form the foundation for every customer relationship.
The best endorsement comes from repeat customers who measure real savings in reduced repairs, faster turnaround, and less downtime. Fresh ideas from the field and lab translate into better batches on our end, and this dialog keeps us agile.
Making a dependable elastomer powder isn’t a one-time achievement. Every year brings changes in regulations, raw materials, and customer expectations. By staying grounded in realistic user problems and committed to transparent, responsive improvement, the SC-9106 and SC-9107 grades stay relevant in a fast-evolving market. Old shortcuts don’t cut it anymore. Customers want precise answers, reproducible performance, and real technical support.
We see every order as a handshake—an agreement that the material shipped will perform, that questions will be answered, and that real issues will be met with honest effort. That’s the real differentiator in today’s crowded field. SC-9106 and SC-9107 continue to evolve, not just through pressure on cost or theoretical benefit, but by continual engagement with those who depend on results—not claims. With every drum, we put both reputation and years of experience on the line.
