PERFORMANCE MATERIALS GROUP
KONSPEC Performance Compounds - Built for Demanding Applications
STRATEGIC BUSINESS UNITS
KONSPEC engineers high-performance compounds based on PE, PP and Styrenics, precisely formulated to deliver reliable performance where standard plastics fail. We blend advanced
polymers, additives, fillers, and reinforcements to achieve exceptional mechanical, thermal, chemical, and electrical properties.
Engineered for Where It Matters Most
With 38+ years of Polymer Science expertise, we engineer performance compounds built on Polyethylenes, Polypropylenes, Styrenics and Engineering Plastics, precisely formulated to meet the most exacting application demands.
KONSPEC's compounds are meticulously developed by selecting active ingredients including polymers, additives, fillers, and reinforcements calibrated to deliver outstanding mechanical, thermal, chemical, and electrical properties. Whether your application demands flame retardancy, heightened strength, or chemical resilience, we engineer the solution.
Our R&D-driven approach ensures every formulation is optimised, not standardised.
Contact Our Team
Please feel free to contact us. We will get back to you with 1-2 business days. Or just call us now.
Call Us: +91-824 2408129 | 9480843628
Mail Us: info@konspec.com
Our Performance Materials Portfolio
-
Mineral-Filled Compounds (Calcium / Talc)
-
Flame Retardant Compounds (Halogenated and Halogen-Free)
-
LSZH Compounds for cable and safety-critical applications
-
Conductive Compounds for ESD/EMI applications
-
Silicone-Based Compounds for OFC ducts with low-friction, long-distance cable blowing
Applications Across Advanced Industries
KONSPEC performance compounds serve a broad spectrum of demanding sectors. From Injection moulded components and automotive parts to automotive batteries, our formulations withstand rigorous operational requirements. We supply compounds for material handling crates in electronics industries, optical fibre and corrugated ducts, and breathable hygiene films, amongst many other specialised applications.
What Sets KONSPEC Performance Compounds Apart?
Consistent batch-to-batch performance across physical and mechanical properties means your production never surprises you. Excellent processability reduces downtime, whilst optimised formulations deliver superior performance at the lowest viable cost.
How does KONSPEC ensure consistent performance across batches? Through rigorous in-house quality protocols and controlled compounding processes, we deliver uniform properties in every production run, reducing variability and protecting your end-product quality.
Comprehensive Product Range
Achieving the right balance of stiffness, strength, and cost efficiency begins with the right filler. KONSPEC's mineral filled materials are expertly formulated using Calcium Carbonate and Talc to enhance the mechanical, thermal, and functional properties of polymer composites, delivering measurable performance improvements across demanding applications.
The Science Behind the Filler
Not all fillers perform equally. Calcium Carbonate and Talc bring distinct characteristics to polymer matrices, and selecting the right one requires deep formulation expertise. KONSPEC's R&D-driven approach ensures the filler type, loading level, surface modification, and polymer matrix composition are precisely optimised for your specific end-use requirement.
The result is a high-performance composite that goes well beyond simple cost reduction.
Key Performance Benefits
KONSPEC Mineral Filled Compounds deliver enhanced mechanical strength, improved stiffness, superior thermal stability, and optimised functional properties, all whilst maintaining excellent processability and consistent batch-to-batch quality.
Applications Across Industries
From packaging and consumer goods to automotive and construction components, our Mineral Filled Compounds serve wherever enhanced rigidity and thermal performance are critical.
Where fire safety is non-negotiable, material selection is critical. KONSPEC's Flame Retardant compounds and masterbatches are precisely engineered to reduce flammability and slow fire propagation in plastics, meeting the stringent safety demands of automotive, construction, and electronics industries.
Engineering Fire Safety Into Every Formulation
Flame retardancy is not a single-ingredient solution. KONSPEC formulates compounds using carefully selected combinations of chemicals that work synergistically to interrupt fire propagation. Our range covers both Brominated and Non-Halogen Based systems, giving clients the flexibility to meet application-specific performance and environmental requirements.
With 38+ years of polymer expertise, our R&D team selects the right Flame Retardant system based on polymer type, intended application, and required retardancy level.
Regulatory Compliance You Can Rely On
How do KONSPEC Flame Retardant compounds meet regulatory requirements? All our compounds undergo rigorous testing including the UL 94 standard, which measures flame retardancy in plastic materials. Our formulations are developed to satisfy international safety certifications, ensuring your products comply confidently with industry regulations.
Applications Across Safety-Critical Industries
From wire and cable insulation to automotive components, electronic housings, and construction materials, our Flame Retardant compounds protect products operating near high temperatures or potential ignition sources.
In enclosed and high-risk environments, the danger from toxic smoke often exceeds the threat from flames themselves. KONSPEC's Low Smoke Zero Halogen (LSZH) compounds are specially formulated to produce minimal smoke and zero harmful halogenated gases when exposed to high temperatures, protecting lives where ventilation is limited.
Engineered for Critical Infrastructure
LSZH compounds are the material of choice for optical fibre cable ducts, underground installations, tunnels, railways, and public buildings where safe evacuation depends on smoke-free conditions. KONSPEC's formulations meet stringent international safety standards, delivering reliable fire performance without compromising on mechanical integrity or processability.
With 38+ years of polymer expertise, our R&D team optimises each LSZH compound for the specific polymer matrix and end-use application requirements.
Railway safety demands materials that perform under pressure. KONSPEC's Flame Retardant Polypropylene compounds for railway containers are formulated to meet the strict fire safety standards governing rail transportation, slowing fire propagation and reducing risk in the event of an incident.
Safety Engineered Into the Material
Our specialised PP compounds are treated with carefully selected Flame Retardants that reduce flammability without compromising the structural integrity or load-bearing performance of the container. In a fire event, these materials buy critical time for evacuation and emergency response, a benefit that directly saves lives.
KONSPEC's formulations comply with relevant international railway safety certifications, giving manufacturers and operators the confidence that every container meets regulatory requirements.
Protecting sensitive electronics begins with the right material. KONSPEC's conductive compounds for crates are engineered to provide reliable electrostatic discharge (ESD) protection and electromagnetic shielding, safeguarding electronic components throughout storage and transportation.
Reliable Protection for Sensitive Components
Our conductive compounds create a shielded environment that neutralises electromagnetic interference (EMI) and radio-frequency interference (RFI), ensuring consistent performance and longevity of electronic components. The conductive matrix allows accumulated static electricity to dissipate safely, which is particularly vital in dry environments where electrostatic build-up poses significant risk.
With precisely optimised conductivity levels and excellent processability, KONSPEC compounds integrate seamlessly into existing crate manufacturing processes without sacrificing mechanical strength or durability.
Where static electricity poses a risk to products, processes, or personnel, material science provides the solution. KONSPEC's conductive Polypropylene compounds for corrugated sheets combine the inherent strength and durability of PP with precisely engineered conductivity, delivering reliable ESD protection across demanding industrial applications.
Durable, Versatile, and Electrostatically Safe
Unlike conventional paper or cardboard alternatives, conductive PP corrugated sheets resist heat, moisture, and chemicals whilst actively dissipating static electricity. KONSPEC's compounds incorporate conductive particles optimised for uniform charge dissipation, making them ideal for electronics packaging, cleanroom environments, and any application where electrostatic discharge could compromise product integrity.
Our formulations maintain excellent processability and consistent batch-to-batch quality, ensuring reliable performance across every production run.
FAQs: Mineral Filled Materials
KONSPEC primarily utilises Calcium Carbonate and Talc as inorganic fillers, selected and optimised based on the target mechanical, thermal, and functional properties required for each specific application.
Talc delivers superior stiffness and improved heat deflection temperatures, making it ideal for structural applications. Calcium Carbonate enhances impact resistance and surface aesthetics, suiting packaging and consumer product applications.
Yes. KONSPEC's R&D team optimises filler content, surface modification, and polymer matrix composition to achieve precise property targets, ensuring the compound meets your exact application demands.
Mineral filled compounds offer excellent value by reducing raw material costs whilst simultaneously improving mechanical and thermal properties, delivering superior performance at an optimised cost point.
Our Mineral Filled Compounds serve packaging, automotive, construction, consumer goods, and industrial sectors, wherever enhanced stiffness, thermal stability, and functional performance are critical requirements.
FAQs: KONSPEC Performance Compounds
KONSPEC formulates compounds using Polyethylenes, Polypropylenes, and Styrenics, selected based on end-use application requirements for optimal mechanical and thermal performance.
Yes. KONSPEC's R&D team designs bespoke compounds, carefully selecting additives, fillers, and reinforcements to meet specific property targets for your application.
Absolutely. Our performance compounds are engineered for automotive components and battery applications, delivering the mechanical strength, thermal stability, and chemical resilience these demanding environments require.
Through stringent in-process quality controls and standardised compounding protocols, ensuring uniform physical and mechanical properties across every production batch.
Our compounds serve automotive, electronics, hygiene, telecommunications, and advanced industrial sectors, wherever conventional plastics cannot meet performance or regulatory demands.
FAQs: Flame Retardant Compounds
KONSPEC offers both Brominated and Non-Halogen Based Flame Retardant compounds and masterbatches, formulated to suit varied polymer types, application requirements, and environmental compliance standards.
Our compounds serve aerospace, automotive, construction, and electronics industries, wherever products are subjected to high temperatures or located near potential ignition sources requiring certified fire safety performance.
All KONSPEC Flame Retardant compounds are tested against recognised standards including UL 94, which evaluates the flame retardancy of plastic materials, ensuring efficacy, safety, and regulatory compliance.
Selection depends on the polymer being processed, the intended application, and the desired retardancy level. KONSPEC's technical team assesses all variables to recommend the most suitable and cost-effective formulation.
Non-Halogen systems offer excellent flame retardancy whilst addressing environmental and health concerns associated with halogenated compounds. KONSPEC's R&D team optimises both systems to deliver the required performance for your specific application.
FAQs: Low Smoke Zero Halogen (LSZH) Compounds
Unlike standard Flame Retardants, LSZH compounds produce minimal smoke and release no harmful halogenated gases when exposed to high temperatures, making them significantly safer in enclosed spaces where toxic fume inhalation poses the greatest risk.
LSZH compounds are ideal for optical fibre cable ducts, underground installations, railway carriages, tunnels, airports, and public buildings where safe evacuation and minimal smoke generation are critical safety requirements.
No. KONSPEC's LSZH formulations are optimised to deliver both fire safety and mechanical integrity, ensuring the compound meets the structural and processability demands of the end-use application without compromise.
Yes. KONSPEC's LSZH compounds are formulated to comply with stringent international fire safety certifications applicable to cable ducting, infrastructure, and enclosed environment applications.
Absolutely. KONSPEC's R&D team tailors each LSZH formulation to the specific polymer matrix and application requirements, optimising smoke suppression, mechanical properties, and processability for your precise needs.
FAQs: Flame Retardant PP Compounds for Railway Containers
Flame retardant PP compounds reduce flammability and slow fire propagation, providing critical additional time for passenger evacuation and emergency response in the event of a fire, making them the preferred choice for rail safety compliance.
Yes. KONSPEC's Flame Retardant PP compounds are formulated to meet the strict international fire safety standards governing railway transportation, ensuring containers comply with certification requirements across key markets.
No. KONSPEC's formulations are carefully optimised to incorporate Flame Retardants without compromising the load-bearing capacity, dimensional stability, or durability required for railway container applications.
Yes. Our R&D team adjusts Flame Retardant type and loading based on the polymer grade, container design, and the specific regulatory standard the application must satisfy.
Yes. Whilst railway containers are a primary application, our Flame Retardant PP compounds are equally suited to road and marine transport containers wherever fire safety regulations demand certified Flame Retardant materials.
FAQs: Conductive Compounds for Electronic Industry Crates
KONSPEC formulates conductive compounds across a range of conductivity levels, from static dissipative to fully conductive, selected based on the specific ESD protection requirements of the electronic components being stored or transported.
The conductive polymer matrix creates a shielded enclosure that absorbs and dissipates electromagnetic and radio-frequency interference, preventing signal disruption and protecting sensitive components from performance degradation or permanent damage.
Yes. Our compounds are specifically optimised for environments where low humidity increases static build-up risk, ensuring reliable and consistent charge dissipation to protect components throughout the production and handling process.
No. KONSPEC's formulations maintain excellent mechanical strength and durability alongside the required conductivity, ensuring crates withstand the physical demands of industrial handling without compromising ESD protection performance.
Yes. Our R&D team works closely with clients to develop bespoke formulations that meet specific conductivity targets, industry certifications, and application requirements for electronic component protection.
FAQs: Conductive PP Compounds for Corrugated Sheets
Conductive PP corrugated sheets offer significantly greater resistance to heat, moisture, and chemicals compared to paper or cardboard, whilst simultaneously providing reliable ESD protection through uniform static charge dissipation across the sheet surface.
KONSPEC incorporates precisely selected and evenly distributed conductive particles within the PP matrix, ensuring consistent charge dissipation throughout the entire sheet rather than relying on surface coatings that may wear or degrade over time.
Yes. Their non-shedding, moisture-resistant, and electrostatically safe properties make KONSPEC conductive PP corrugated sheets well suited to cleanroom packaging, semiconductor handling, and sensitive electronics manufacturing environments.
Yes. KONSPEC's R&D team optimises conductive particle loading to achieve the specific surface resistivity required, whether static dissipative or fully conductive, based on the application and relevant ESD standards.
Primary users include electronics manufacturing, semiconductor packaging, pharmaceutical cleanrooms, and any industry where electrostatic discharge poses a risk to products, personnel, or sensitive manufacturing processes.