Supplying polymers, fertilizers, petroleum products, gases, cotton, and cotton products directly from manufacturers.

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HS code 27132
VISCOUS PETROLEUM BITUMEN
TDS 22245-90

Description of index

BND 60/90

BND 40/60

The depth of needle penetration 0,1 mm, not less than at 25⁰ C
at 0⁰ C

61-90

20

13

Melting point by ring in sphere, C⁰, not less than

47

51

Extensibility, sm,not less than at 25⁰
at 0⁰ C

55

45

3,5

-

Fragility temperature 0⁰ C, not higher than

-15

-12

Changes of the softening temperature after heating up, C⁰,
not more than

5

5

Flash point, C⁰, not less than

230

230

Mass portion of water-soluble compounds, %, not more

0,30

40-60

Penetration index

-1,0 to +1,0

-1,0 to +1,0

0,30

Bitumen BND 60/90 and BND 40/60: Premium Road Construction and Industrial Solutions Bitumen BND 60/90 and BND 40/60 are high-quality penetration-grade bitumens, widely used in road construction, roofing, and industrial applications. These grades offer excellent performance, durability, and resistance to environmental factors, ensuring long-lasting results in diverse conditions.

• Bitumen BND 60/90 Penetration Range: 60–90 (measured in tenths of a millimeter).
• Key Properties:Optimal flexibility for regions with moderate climate variations.
• High binding strength ensures reliable adhesion to aggregates in asphalt mixtures.
• Excellent resistance to cracking and rutting.
• Applications:Used primarily in road construction for creating asphalt layers in pavements and highways.
• Suitable for roofing and waterproofing due to its reliable sealing properties.
• Bitumen BND 40/60 Penetration Range: 40–60 (measured in tenths of a millimeter).
• Key Properties:Higher hardness and lower penetration make it ideal for heavy-duty applications.
• Superior thermal stability for regions with high-temperature fluctuations.
• Outstanding durability under heavy traffic loads.
• Applications:Perfect for constructing highways, airports, and industrial pavements requiring high structural strength.
• Suitable for industrial projects like pipe coatings and waterproofing.
• Why Choose Our Bitumen BND 60/90 and BND 40/60 Consistent Quality: Manufactured to meet international standards, ensuring reliable performance.
• Durability: Designed to withstand harsh weather conditions and heavy traffic.
• Eco-Friendly Options: Low emissions during production and application processes.

Contact us today to learn more about our bitumen grades and find the best solution for your construction or industrial project!
Keywords: Bitumen BND 60/90, Bitumen BND 40/60, road construction bitumen, penetration-grade bitumen, asphalt bitumen, roofing bitumen, industrial bitumen, heavy-duty pavement bitumen, waterproofing bitumen, HS code 27132.

Base Oils and Fuels: High-Quality Petroleum Products Base OilsOur premium base oils are designed to meet the demands of industrial and automotive applications.

• SN-80, SN-180, SN-350, SN-600, SN-1200:
• High-purity base oils with excellent oxidation stability and low volatility. Ideal for manufacturing lubricants, hydraulic fluids, and industrial oils.

Benefits:

• High viscosity index for better performance.
• Exceptional thermal and chemical stability.
• Enhanced energy efficiency and long-lasting lubrication properties.

Diesel Oil from Low-Sulfur Crude OilThis diesel fuel is refined from low-sulfur crude, ensuring cleaner emissions and superior engine performance.
Applications:

• Suitable for heavy-duty engines, industrial generators, and transportation fleets.
• Meets global standards for low-sulfur diesel, making it environmentally friendly.

Fuel for Reactive Engines TS-1TS-1 aviation fuel is engineered for reactive jet engines, offering superior thermal stability and energy efficiency.
Key Features:

• High calorific value for optimal engine performance.
• Minimal impurities to ensure engine longevity.
• Complies with international aviation standards.

Home Stowed FuelA versatile fuel designed for residential and small-scale industrial heating systems.
Benefits:

• Clean combustion for reduced emissions.
• Reliable performance in various climate conditions.

Hydrotreated Diesel FuelHydrotreated diesel fuel provides ultra-low sulfur content, enhanced lubricity, and cleaner burning.
Advantages:

• Increased engine life due to reduced wear.
• Ideal for modern diesel engines with stringent emission standards.
• Kerosene ProductsLighting Kerosene “KO-20” Brand: High-quality kerosene for residential and industrial lighting needs.
• Technical Kerosene KT-2: Designed for industrial processes, offering excellent combustion stability and low residue.

Applications:

• Lighting, heating, and specific technical uses in industrial operations.

Low-Sulfur Fuel Oil for FireboxesEngineered for use in industrial furnaces and fireboxes, this low-sulfur fuel minimizes environmental impact while maximizing energy efficiency.
Features:

• Cleaner combustion with minimal sulfur emissions.
• Reliable energy output for industrial heating.

Unleaded Gasoline (A-80, A-92, A-95)Our unleaded gasoline is optimized for modern engines, offering exceptional performance and fuel efficiency.
Variants:

• A-80: For older vehicles requiring low-octane fuel.
• A-92: The most commonly used grade for mid-range performance.
• A-95: Premium-grade fuel for high-performance engines.

Benefits:

• Cleaner emissions for reduced environmental impact.
• Enhances engine efficiency and longevity.
• Why Choose Our Petroleum Products?Quality Assurance: All products meet international standards for purity, performance, and safety.
• Wide Range: Comprehensive selection for industrial, aviation, automotive, and residential needs.
• Eco-Friendly Options: Focused on low-sulfur and clean-burning fuels to reduce environmental impact.

Contact us today to learn more about our products and to receive a custom quote for your business needs!
Keywords: base oils SN-80, SN-180, SN-350, SN-600, SN-1200, diesel oil, low-sulfur crude oil, TS-1 aviation fuel, lighting kerosene KO-20, technical kerosene KT-2, unleaded gasoline A-80, A-92, A-95, low-sulfur fuel oil, hydrotreated diesel fuel, industrial fuels, premium petroleum products.

Volume speed of fluidity,
g/10 min

Index of polymeric granules turning yellow, not more than

Dimension of granules, ps/g

Uniformity of granules,%, not more than

The elasticity module at a bend, N/mm², not less than

Strength at a stretching in a fluidity limit, N/mm², not less than

Relative lengthening at a stretching in a fluidity limit, %, not less than

Shock durabilityby (with a cut at 23°C), kDj/m²

Softening temperature by Vick (10N),°C, not less than

Temperature of admissible deformation at 0,46 MPa, °C, not less than

Thermooxidizing stability at 150°C
(in the environment of air), hour, not less than

Definition of number and the sizes of gels in polyolefines, not more than
- Defects >0,2 mm
- Defects 0,7-1,5 mm
- Defects 1,5-2,5 mm
- Defects > 2,5 mm

Turbidity polyolefine plates and films

Note: Thermooxidizing stability at 150°C (in the environment of air) defines once at 10 days.

Description of Index

TTP D30 S

TTP F 79 FB

TTP D 382 FB

2,7-3,7

10-15

2,7-3,7

2

2

2

40-60

40-60

40-60

50

50

50

1300

1450

1300

30

31

30

11

12

11

4,5

2,5

4,5

150

110

130

360

120

360

-

-

-

-

-

-

-

-

500

50

10

0

No standard, determination necessary

145

Polypropylene Specifications and Applications for Grades TPP D30 S, TPP F79 FB, and TPP D382 BF,
Polypropylene TPP D30 S
Characteristics:
TPP D30 S is a versatile polypropylene homopolymer known for its excellent mechanical strength, thermal stability, and high flow rate.
Applications:

• Ideal for injection molding applications such as housewares, automotive components, and thin-walled products.
• Frequently used in the production of rigid packaging, caps, and closures due to its balance of rigidity and impact resistance.

Benefits:

• High tensile strength for durable applications.
• Low density for lightweight products.
• Excellent chemical resistance, ensuring long-term stability.

Polypropylene TPP F79 FB
Characteristics:
TPP F79 FB is a polypropylene block copolymer, offering superior impact resistance at low temperatures and exceptional processability.
Applications:

• Widely utilized in blow molding applications, including large containers, canisters, and industrial packaging.
• Used in the production of consumer goods, sports equipment, and durable outdoor products.

Benefits:

• High impact strength, even in cold environments.
• Enhanced melt flow properties for efficient molding.
• Superior stress-crack resistance for demanding conditions.

Polypropylene TPP D382 BF
Characteristics:
TPP D382 BF is a polypropylene random copolymer, designed for applications requiring transparency, gloss, and flexibility.
Applications:

• Perfect for the production of food packaging, medical containers, and high-clarity consumer goods.
• Suitable for thin-film extrusion, making it ideal for flexible packaging solutions.

Benefits:

• High clarity and gloss for premium packaging.
• Excellent barrier properties for food safety and shelf-life extension.
• Improved flexibility and low-temperature performance.

Why Choose These Polypropylene Grades?

• Versatility: Covers a wide range of industrial applications from rigid packaging to flexible films.
• Efficiency: Optimized for various processing methods, including injection molding, blow molding, and extrusion.
• Sustainability: Lightweight material that reduces overall production costs and environmental impact.

Contact us to learn more about our polypropylene grades and find the perfect solution for your industry needs.
Keywords: Polypropylene TPP D30 S, Polypropylene TPP F79 FB, Polypropylene TPP D382 BF, injection molding, blow molding, food packaging, polypropylene homopolymer, block copolymer, random copolymer, industrial polypropylene applications, HS code 39021.

HS code 39021
Polypropylene

Cotton Linter Specifications for Industrial Applications
Premium Cotton Linter Characteristics
Sort I:

• Type 1: Long cotton linter with a stacking length of 13/14 mm and more. Moisture content is 8%, with a weed impurity fraction of 3.5% (basic) and 5% (allowed). Ash content is 1.6%, and the whole cotton seed fraction does not exceed 0.1%.
• Type 2: Medium cotton linter with a stacking length between 7/8 mm to 12/13 mm. Moisture content is 8%, weed impurity fraction is 4.5% (basic) and 6% (allowed). Ash content is 1.7%, and the whole cotton seed fraction does not exceed 0.1%.
• Type 3: Short cotton linter with a stacking length of 6/7 mm or less. Moisture content is 8%, weed impurities remain at 4.5% (basic) and 6% (allowed). Ash content is limited to 1.7%, and cotton seed presence is capped at 0.1%.

Sort II:

• Type 1: Long cotton linter, 13/14 mm and more, with 9% moisture content. Weed impurities are 5% (basic) and 6.5% (allowed). Ash content is capped at 1.8%, and whole cotton seed fraction is no more than 0.2%.
• Type 2: Medium linter (7/8 to 12/13 mm inclusive) with a moisture level of 9%. Weed impurity limits are 6% (basic) and 7.5% (allowed). Ash content reaches 1.9%, and cotton seed fraction is capped at 0.25%.
• Type 3: Short linter (6/7 mm and less), moisture content of 9%. Weed impurity levels are 6% (basic) and 8.5% (allowed). Ash content remains at 1.9%, and whole seed fraction is 0.25%.

Sort III:

• Type 1: Premium long linter (13/14 mm and more), 10% moisture. Weed impurities are capped at 7% (basic) and 10% (allowed). Ash content: 2%, seed fraction: 0.25%.
• Type 2: Medium linter (7/8 to 12/13 mm), 10% moisture. Weed impurities are 8% (basic) and 11% (allowed). Ash content: 2%, cotton seed capped at 0.35%.
• Type 3: Short linter (6/7 mm), moisture content 10%. Weed impurities reach 8% (basic) and 11% (allowed). Ash content is 2%, and cotton seed remains below 0.35%.

Sort IV:

• Type 2: Linter stacking 7/8 mm or more, moisture content of 10%. Weed impurities: 12% (basic), 15% (allowed). Ash content is limited to 2.5%, and cotton seed fraction is capped at 0.5%.
• Type 3: Short linter (6/7 mm or less), with a moisture content of 10%. Weed impurities are 12% (basic) and 15% (allowed). Ash content: 2.5%, seed fraction capped at 0.5%.

Why Choose Our Cotton Linter?
Our cotton linter meets strict international quality standards, ensuring premium fiber material for industrial uses such as cellulose production, paper manufacturing, and chemical applications. With minimal ash content, controlled moisture, and negligible whole cotton seed fractions, our cotton linters guarantee superior processing efficiency and end-product quality.
For inquiries about wholesale orders and specific quality grades, contact our expert team today!
Keywords: Cotton linter specifications, industrial cotton fiber, cotton raw material, premium cotton linter quality, cotton linter moisture, ash content, cotton seed fractions, cellulose production material.

Cotton Residue Specifications for Industrial Use
Characteristics of Cotton Residue (TDS 6015-72)
Type I:

1. Color: From white to light yellow.
2. Pure Fiber Content: Not less than 40%.
3. Weed Impurities: Mass fraction limited to 14%.
4. Normalized Humidity: Up to 10%.

Type II:

1. Color: Ranges from creamy yellow to light brown.
2. Pure Fiber Content: Not less than 30%.
3. Weed Impurities: Mass fraction limited to 20%.
4. Normalized Humidity: Up to 14%.

High-Quality Cotton Residue for Industrial Applications
Our cotton residue provides superior fiber content with minimal weed impurities, making it ideal for industries such as paper production, insulation materials, and secondary cotton fiber processing.
With controlled moisture and optimized purity, Type I and Type II residues cater to varying industrial needs, ensuring efficiency and reliability in end-product manufacturing.
Contact us for premium-grade cotton residue tailored to your production demands!
Keywords: Cotton residue specifications, industrial cotton fiber, Type I cotton, Type II cotton, pure fiber content, weed impurities, moisture-controlled cotton, Cotton residues in Central Asia, cotton fiber for industry, HS code 52.

HS CODE 52
Cotton Linter Specifications
(TDS 3818.0-72)

Carbamide, also known as urea, is a versatile nitrogen compound produced from ammonia and carbon dioxide. It is widely used in agriculture as a mineral nitrogen fertilizer and in industries as raw material for the production of resins, adhesives, and other chemical products. Carbamide can also serve as a feed additive in animal husbandry.

1. Specifications by Mark and Grade (A and B)Nitrogen Content:

• Minimum nitrogen fraction (dry basis): 46.3% for Extra Grade A; 46.2% for all other grades.

1. Biuret Content:

• Maximum fraction: 0.6% for Extra Grade A; 1.4% for all other grades.

1. Free Ammonia Content:

• For crystalline carbamide: ≤ 0.01%.
• For prilled carbamide: ≤ 0.02% (Extra Grade A) and ≤ 0.03% (First Grade A).

1. Moisture Content:

• Drying Method: ≤ 0.3% for all grades.
• Fisher Method: ≤ 0.6% for Extra Grade; ≤ 0.5% for First Grade B; ≤ 0.6% for Second Grade B.

1. Granule Friability:

• 100% for prilled carbamide in all grades.

1. Particle Size Distribution (Granules):

• Granules (1–4 mm): Not less than 94%.
• Granules (2–4 mm): 70% (Extra Grade B), 50% (First Grade B).
• Particles < 1 mm: Not more than 3–5%.
• Granules > 6 mm: None.

1. Static Hardness:

• Minimum strength per granule: 0.7 kgf for Extra Grade B; 0.5 kgf for First Grade B; 0.3 kgf for Second Grade B.
• Carbamide Applications Agriculture: Used as a highly effective mineral nitrogen fertilizer to enhance crop growth and yield.
• Industry: Key raw material for producing resins, adhesives, and other chemical products.
• Animal Husbandry: Utilized as a protein-rich feed additive.

Safety and Storage Carbamide is non-combustible, fireproof, and explosion-proof under normal conditions. Classified as a Class 3 hazardous substance, it requires proper handling to prevent contamination.

• Packaging Options:
• Bituminized or laminated paper bags.
• Polyethylene or polymeric woven laminated bags with inserts.
• Specialized soft containers such as MKR-1 or OS.
• Storage Guidelines:
• Store in closed, dry rooms to protect from rainfall.
• Avoid mixing with other fertilizers during bulk storage.
• Containers secured with synthetic film may be stored outdoors.
• Shelf Life:
• Warranty period: 2 years from the manufacturing date.
• Why Choose Our Carbamide (Urea) High Nitrogen Content: Ideal for enhancing agricultural productivity.
• Multi-Industry Applications: Versatile material for chemical and agricultural use.
• Safe Handling and Storage: Non-combustible and compliant with safety standards.

Keywords:
Carbamide urea fertilizer, high nitrogen fertilizer, industrial urea, prilled carbamide, crystalline urea, nitrogen-rich fertilizers, agricultural carbamide, urea feed additive, TDS-2081-92 specifications, premium urea supplier, fertilizer storage and packaging, HS code 31021.

HS Code 31021
Carbamide (Urea) H₂N-CO-NH₂ Technical Specifications (TDS-2081-92)

Our high-density polyethylene (HDPE) grades are versatile materials suitable for a variety of industrial and manufacturing applications. Produced in compliance with international standards, these HDPE granules offer exceptional mechanical properties, thermal resistance, and durability.

• Grade: A4009 MFN1325

Melt Flow Rate: 0.7–1.1 g/10 min (2.16 kg).
Density: 958–962 kg/m³.
Tensile Yield Strength: 27 MPa.
Tensile Elongation at Yield: 19 MPa.
Flexural Modulus: 500–1000 MPa.
Applications: Suitable for blow molding, film production, and packaging materials.

• Grade: B50-35H-111

Melt Flow Rate: 0.3–0.4 g/10 min (2.16 kg).
Density: 948–952 kg/m³.
Tensile Yield Strength: 21 MPa.
Tensile Elongation at Yield: 500%.
Heat Resistance (Vicat): 120°C.
Applications: Ideal for pipes, heavy-duty containers, and technical parts requiring high durability.

• Grade: НР50-25-155

Melt Flow Rate: 0.18–0.26 g/10 min (2.16 kg).
Density: 949–953 kg/m³.
Tensile Yield Strength: 22 MPa.
Tensile Elongation at Yield: 700%.
Flexural Modulus: 900 MPa.
Applications: Perfect for high-strength piping systems and structural components.

• Grade: INpipe 100

Melt Flow Rate: 0.25–0.35 g/10 min (2.16 kg).
Density: 957–961 kg/m³.
Tensile Yield Strength: 21 MPa.
Tensile Elongation at Yield: 600%.
Heat Resistance (Vicat): 120°C.
Applications: Designed for industrial pipelines and pressure-resistant applications.

• Grade: J53-08 N2000

Melt Flow Rate: 6.5–9.5 g/10 min (21.6 kg).
Density: 951–955 kg/m³.
Tensile Strength at Yield (Longitudinal): 27 MPa.
Tensile Strength at Yield (Transverse): 25 MPa.
Impact Strength: 250 g/10 min.
Applications: Suitable for films, sheets, and products requiring high impact resistance.

• Grade: Т50-500

Melt Flow Rate: 5.4–7.6 g/10 min (2.16 kg).
Density: 951–955 kg/m³.
Tensile Yield Strength: 24 MPa.
Tensile Elongation at Yield: 800%.
Flexural Modulus: 900 MPa.
Heat Resistance (Vicat): 120°C.
Applications: Ideal for injection molding and high-precision technical components.

• Grade: Т60-475-119

Melt Flow Rate: 4.0–5.6 g/10 min (2.16 kg).
Density: 959–963 kg/m³.
Tensile Yield Strength: 28 MPa.
Flexural Modulus: 1250 MPa.
Heat Resistance (Vicat): 120°C.
Applications: Designed for demanding industrial uses requiring high strength and thermal resistance.

Why Choose Our HDPE

• High Quality: Consistent performance and adherence to international standards.
• Wide Range: Multiple grades tailored for diverse industrial needs.
• Reliability: High durability, thermal stability, and excellent mechanical properties.

Contact us today to learn more about our HDPE grades and find the best solution for your manufacturing requirements.


Keywords: High-density polyethylene granules, HDPE specifications, A4009MFN1325 HDPE, B50-35H-111 polyethylene, HDPE for pipes, INpipe 100 HDPE grade, HDPE melt flow rate, polyethylene tensile strength, HDPE thermal resistance, industrial HDPE applications, HS code 39011.

Liquefied Hydrocarbon Gases for Domestic and Municipal UseTDS – 20448-90
Brand – SPBT
Specifications of SPBT Hydrocarbon Gas

• Mass Fraction of Components (%):

Methane, Ethane, and Ethylene Sum: No standard value.
Propane and Propylene Sum: No less than the required standard.
Butanes and Butylenes Sum: Not less than 60% and not more than the specified value.

• Volume Fraction of Liquid Residue at 20°C:

Not more than 1.6%.

• Saturated Vapor Pressure (Excess Pressure, MPa):

At +45°C: Not more than 1.6 MPa.
At -20°C: Not more than the specified value.

• Mass Fraction of H₂S and Mercaptan Sulfur (%):

Not more than 0.013%.
Sulfur Dioxide Content: Not more than 0.003%.

• Free Water and Alkaline Content:

Absence of free water and alkalines.

• Odor Intensity:

Not less than the required level.

Why Choose SPBT Liquefied Hydrocarbon Gas High Purity: Low sulfur content and no free water for clean and efficient use.

Consistency: Meets stringent requirements for odor intensity and vapor pressure for safe, reliable usage.

Environmental Compatibility: Minimal sulfur and mercaptan content for cleaner combustion and reduced emissions.

Contact us today to learn more about SPBT liquefied hydrocarbon gases and explore the best solution for your residential and municipal needs!

Keywords: Liquefied hydrocarbon gases, SPBT gas, LPG, methane propane mixture, liquefied gas for domestic use, hydrocarbon gas specifications, municipal gas supply, gas pressure standards, odorized gas, HS code 2711.

HS CODE 2711

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