Our High-Clarity Polypropylene Clarifying Agent is a fourth-generation sorbitol-based nucleator engineered as a direct performance equivalent to Millad NX8000. Built on bis(4-propylbenzylidene) propyl sorbitol chemistry (CAS 882073-43-0), it delivers the same exceptional transparency, low haze, and processing efficiency that NX8000 is known for, but at a substantially lower total cost through factory-direct supply.

With a guaranteed minimum purity of 97.5 percent, this odorless, food-grade po

Product Detail

SEO TitleHigh-Clarity PP Clarifying Agent | NX8000 Equivalent | 97.5% Purity Food-Grade

SEO Keywordshigh-clarity polypropylene clarifying agent, NX8000 equivalent clarifier, Millad NX8000 alternative, bis(4-propylbenzylidene) propyl sorbitol, CAS 882073-43-0, 97.5% purity PP nucleating agent, odorless PP clarifier, food grade polypropylene clarifier, fourth generation sorbitol clarifier, PP haze reducer, transparent PP additive, PP clarifier manufacturer

SEO DescriptionHigh-clarity polypropylene clarifying agent equivalent to Millad NX8000. 97.5% purity, odorless food-grade bis(4-propylbenzylidene) propyl sorbitol, CAS 882073-43-0. Factory-direct pricing with bulk supply.

Product Introduction

With a guaranteed minimum purity of 97.5 percent, this odorless, food-grade powder enables polypropylene converters and resin producers to achieve glass-like clarity in injection molded, blow molded, and extruded PP products. It dissolves at lower processing temperatures than earlier-generation clarifiers, reducing energy consumption by 10 to 15 percent while shortening molding cycles by up to 15 percent. The product is compliant with FDA food contact regulations and is suitable for the most demanding food packaging, medical, and consumer goods applications.

Every batch is manufactured under ISO 9001 quality systems and shipped with a full certificate of analysis. We offer flexible order quantities from laboratory samples to multi-ton bulk orders, backed by responsive technical support and dependable global logistics.

Product Details

NX8000 Equivalence and Cost Advantage

This clarifying agent is formulated to match the chemical identity and performance profile of Millad NX8000, the industry benchmark fourth-generation polypropylene clarifier. Both products share the same active ingredient, bis(4-propylbenzylidene) propyl sorbitol (CAS 882073-43-0), and operate through the same soluble organogel nucleation mechanism. When processed under equivalent conditions, our product achieves comparable haze reduction, crystallization temperature, cycle time improvement, and mechanical property enhancement. The principal advantage is economic: by sourcing directly from our manufacturing facility, customers avoid brand premiums and multiple intermediary margins, while receiving a product that meets or exceeds the same technical specifications. We encourage side-by-side laboratory testing against NX8000 and provide free evaluation samples upon request.

Chemical and Physical Properties

The product is a fine powder with a pale violet to greyish white appearance, which is characteristic of fourth-generation sorbitol clarifiers and distinguishes them from the pure-white third-generation products such as Millad 3988. This faint violet color disappears entirely during melt processing and has no effect on the color or clarity of the finished article. Key specifications include a minimum purity of 97.5 percent, a melting point of at least 245 degree Celsius, moisture content below 1.0 weight percent, a D97 particle size under 30 micrometers, and a bulk density of approximately 0.30 to 0.34 grams per cubic centimeter. The powder is odorless, practically insoluble in water, and readily soluble in polypropylene melt at normal processing temperatures.

Clarity and Optical Performance

The primary function of this clarifier is to transform semi-crystalline polypropylene from a hazy, translucent material into a highly transparent, visually appealing product. During cooling, the agent forms a dense three-dimensional fibrillar network that nucleates an extremely high number of small, uniform spherulites. Because these crystallites are smaller than the wavelength of visible light, they scatter far less light than the large spherulites found in unnucleated PP. The result is a haze reduction of more than 50 percent compared with third-generation clarifiers, bringing PP clarity close to that of amorphous polymers such as polystyrene and polycarbonate. Surface gloss is also significantly improved, giving molded articles a premium, high-quality finish that enhances shelf appeal and brand perception.

Odorless and Food-Grade Safety

Sensory neutrality is a critical requirement for food and medical applications, and this is where fourth-generation chemistry represents a major advance over earlier sorbitol clarifiers. Our product is completely odorless both in the bag and during high-temperature processing. It does not release aldehydic or mint-like odors that can contaminate packaged food or beverages, and it imparts no taste to products with which it comes into contact. The additive complies with FDA 21 CFR food contact regulations for use in polypropylene homopolymers and high-propylene copolymers at loadings up to 0.5 percent, and is approved for contact with all food types under Conditions of Use A through H. This makes it suitable for drinking cups, baby bottles, food storage containers, microwave-safe cookware, dairy packaging, and medical devices where both transparency and safety are non-negotiable.

Processing Benefits and Energy Savings

Beyond optical improvement, this clarifier delivers measurable productivity and energy advantages. Its superior solubility in PP melt allows processing temperatures to be reduced from the conventional 240 to 260 degree Celsius range down to 190 to 220 degree Celsius, depending on the resin and equipment. This temperature reduction of up to 40 degree Celsius translates directly into energy savings of 10 to 15 percent and lowers the carbon footprint of each production run. The elevated crystallization temperature reduces cooling and holding times, cutting overall injection molding cycles by up to 15 percent and increasing output by 5 to 10 percent. Lower processing temperatures also reduce polymer thermal degradation, improve melt stability, and minimize volatiles. The wide processing window means that consistent clarity is achieved even when machine temperatures or cycle times vary, reducing scrap rates and making the product forgiving in high-volume production environments.

Mechanical Property Enhancement

In addition to transparency, the nucleating effect improves several key mechanical properties of polypropylene. Flexural modulus and stiffness increase noticeably, allowing designers to reduce wall thickness while maintaining structural performance. Heat deflection temperature rises, enabling filled PP articles to withstand hotter filling and service conditions. Surface hardness and scratch resistance improve, and shrinkage becomes more uniform and predictable, reducing warpage and improving dimensional stability. These benefits allow converters to downgauge, lightweight, or use less expensive resin grades while meeting the same performance requirements.

Application Coverage

The clarifier is effective across the full range of polypropylene conversion processes. Injection molders use it for transparent food containers, cups, caps, closures, housewares, storage boxes, hangers, and medical components. Blow molders use it for clear bottles and containers. Extruders and thermoformers use it for transparent sheet, trays, and packaging film. It is also used by PP resin producers and compounders who add it during extrusion granulation to produce clarified PP grades for their downstream customers. Recommended addition levels range from 0.10 percent for general-purpose clarity to 0.50 percent for maximum transparency in medical and optical applications, with 0.20 to 0.40 percent being the typical range for food packaging and housewares.

Quality Assurance and Support

Every production batch is tested in our quality control laboratory for purity, melting point, moisture, particle size, and appearance before release, and a certificate of analysis accompanies every shipment. Our ISO 9001 certified manufacturing system ensures batch-to-batch consistency that converters can rely on for long production runs. We provide full technical documentation including TDS, MSDS, and food contact compliance statements, and our technical team is available to assist with dosage optimization, processing temperature recommendations, and troubleshooting. Free samples are available for qualified customers to conduct comparative testing against their current clarifier.

Packaging and Supply

The product is packaged in 20 kilogram kraft paper bags with polyethylene liners inside 60 by 40 by 28 centimeter corrugated cartons, palletized with up to 600 kilograms per pallet and stretch-wrapped for protection. We maintain stock for prompt shipment and can fulfill orders from single-bag samples to 8-ton bulk quantities and annual supply contracts. FOB and CIF terms are available, and we coordinate with customer-designated freight forwarders or arrange door-to-door logistics as needed.

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Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.