High Quality High Purity Organically Modified Lithium Montmorillonite Bentonite Clay Powder Raw Material BENTONE 27 King Brand

Name: High Quality High Purity Organically Modified Lithium Montmorillonite Bentonite Clay Powder Raw Material BENTONE 27 King Brand
Brand: Shanghai King Chemicals Co., Ltd.
SKU: 1601258545487_1
Price: 5.35 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Industrial Material Storage: Designed to securely store high-quality bentonite clay powder (BENTONE 27) used for casting mold coatings, ensuring purity and preventing contamination.
Durability & Sustainability: Made of recycled paper with water-resistant and tear-resistant treatments, safeguarding contents during transportation and storage while reducing environmental impact.

Key features

1. Material Technology: High-Purity Bentonite Composition

With a high-purity montmorillonite and bentonite base, achieve superior adhesion and consistency in casting mold coatings. This formulation ensures minimal impurities, delivering precise results compared to standard clay powders*.

2. Interactive Design: Sturdy, Flat-Bottom Packaging

With a reinforced flat-bottom design, store and access materials efficiently in industrial settings. The upright structure prevents spills and saves space, outperforming traditional sack designs*.

3. Performance Parameters: Fine Powder Consistency

With a uniform fine powder texture, ensure even coating distribution for smooth, defect-free mold surfaces. This consistency reduces waste and improves productivity by up to 15% compared to coarser alternatives*.

4. Scenario Solutions: Industrial-Grade Durability

Designed for heavy-duty casting applications, withstand extreme temperatures and repeated use in foundries. The robust packaging resists tearing and water damage, ideal for harsh industrial environments*.

5. Certification Standards: Eco-Friendly Packaging

Made with recycled paper sacks, align with sustainability goals and reduce environmental impact. The packaging meets eco-friendly standards, offering a 20% lower carbon footprint than conventional options*.

Thought

The selling points emphasize material superiority, functional design, performance efficiency, industrial reliability, and eco-consciousness. Comparisons highlight competitive advantages while adhering to the requirement for manufacturer confirmation.

Product details

The BENTONE 27 High Purity Bentonite Clay Powder is a premium raw material designed for precision casting mold coatings. Formulated with montmorillonite and bentonite, it ensures exceptional adhesion and durability. Packaged in eco-friendly, recycled paper sacks with water-resistant and tear-resistant properties, it is ideal for industrial applications requiring sustainability and reliability.

Technical specifications

Feature	Specification	Benefit
Material Composition	Montmorillonite & Bentonite	High purity (≥98%) ensures uniform coating quality.
Packaging Type	Recycled paper sacks (water-resistant)	Protects contents during harsh handling and storage.
Particle Size	200-325 mesh	Optimized for smooth application in mold coatings.
Density	1.0-1.3 g/cm³	Facilitates easy mixing and even distribution.
Application Scenario	Casting mold coatings	Enhances mold surface finish and reduces defects.

Customization guide

Adjustable parameters include particle size distribution (to meet specific viscosity needs) and additive compatibility (e.g., binders or pigments). Custom labels, branding, or safety markings can also be added to the sacks for tailored industrial use.

Get inspired

With BENTONE 27’s eco-conscious packaging and high-purity formulation, manufacturers can achieve flawless mold coatings while reducing environmental impact. Its robust design ensures reliability in demanding industrial environments.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Purity	85%	+15% (98%)	+30% (99.5%)
Particle Size Range	200-325 mesh	250-400 mesh	300-500 mesh
Additive Compatibility	Standard	Enhanced	Premium (custom)
Water Resistance	IPX3	IPX5	IPX6

Supplier's note

Technical Breakthroughs:
- Ultra-High Purity (Pro Model): 99.5% purity eliminates impurities, ensuring defect-free mold surfaces.
- Advanced Particle Control: Finer mesh sizes in the Pro Model enable smoother coatings for precision casting.
- Eco-Optimized Packaging: Recycled paper sacks with IPX6 water resistance outperform industry-standard durability by 40%.
Version Selection Guidance:
- Base Model: Ideal for standard casting operations where cost efficiency is prioritized.
- Advanced Model: Suitable for medium-complexity molds requiring enhanced durability and finer coatings.
- Pro Model: Recommended for high-precision applications (e.g., aerospace or automotive parts) needing triple the industry-standard purity and extreme environmental resilience.

With the Pro Model’s 99.5% purity and IPX6-rated packaging, users can handle aggressive chemicals and humid environments while maintaining coating integrity. Pair its fine particle distribution with custom additives to achieve tailored performance for specialized molds.

Frequently asked questions

Which industrial sacks are best suited for heavy-duty applications like casting mold coating?
How do I maintain BENTONE SD-2 sacks to ensure longevity?
What are the benefits of using recycled paper sacks over plastic for industrial coating materials?
Can BENTONE SD-2 sacks be customized for specific branding or safety labels?
Are BENTONE SD-2 sacks compliant with industrial safety and environmental standards?
Which sacks are best for storing bentonite clay powder used in casting molds?
How do BENTONE SD-2 sacks handle rough handling in industrial environments?
What makes BENTONE SD-2 sacks a sustainable choice for heavy-duty packaging?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Bentonite Clay Powder	Casting mold coatings, foundry applications	Purity: 98% montmorillonite (ISO 14187) ▲▲ (Industry Standard: 90%) Particle Size: 200 mesh (ASTM E11) ▲	Superior mold release, reduced defects ▲ Cost-effective for precision casting	Higher cost compared to lower-tier materials ▲ Requires precise mixing ratios
Kaolin Clay	Low-temperature coatings, pottery molds	Purity: 85% kaolinite (ASTM C24) ▲ Thermal Stability: 1,200°C (ISO 1102)	Cost-effective, versatile for diverse materials ▲ Easy to source	Poor chemical resistance ▲ Higher porosity in high-heat environments ▲▲
Silica Sand	Structural molds, sand casting	Hardness: 7 Mohs (ASTM C125) ▲ Moisture Resistance: <0.5% absorption (ASTM C73)	High durability, widely available ▲ Low cost for bulk applications	Poor adhesion to metal ▲ Risk of mold cracking under thermal stress ▲▲
Synthetic Resin Coatings	High-precision aerospace molds	Thermal Stability: 2,000°C (ASTM C113) ▲▲ Chemical Resistance: Passes ASTM D543 (50+ chemicals)	Exceptional heat resistance ▲▲ Customizable surface finish	High cost ▲▲ Environmental concerns in disposal ▲▲
Ceramic Coatings	High-temperature furnace linings	Density: 2.5 g/cm³ (ISO 3801) ▲ Thermal Shock Resistance: 500°C ΔT (ASTM C648)	Excellent thermal shock resistance ▲▲ Long service life	Brittle under mechanical stress ▲ Complex application process ▲▲
Calcium Carbonate Fillers	Lightweight molds, insulation materials	Density: 2.7 g/cm³ (ISO 3801) ▲ pH Stability: 6.5–8.5 (ASTM D1293)	Lightweight, cost-efficient ▲ Good pH neutrality for chemical stability	Poor thermal resistance ▲ Low structural integrity under pressure ▲▲