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Super Silicon Voga are natural silicon rich minerals that contain high amount of active silicon and other beneficial nutrients. Super Silicon Voga contains over 5,000 ppm of plant available silicon, 20 times higher than other brands. Silicon is known to be absorbed by plants and transported to plants' cell walls. It helps strengthen cell walls, as a result, more tolerance of pests and diseases. It also has high cation exchange capacity (CEC) which helps improve soil�¢??s physical and chemical structure and soil's capacity to retain nutrients and slowly release them to plant's roots.�?�  In soils, it helps loosen up hard soils resulting in better root growth.�?�  Not only preventing loss of nutrients,�?�  it also makes them more readily available to plants. Silicon also helps release fixed phosphate from soils resulting in better flowering. Silicon accumulated on leaves make them more shiny and help reduce transpiration rate. It can reduce water usage by as much as 30% resulting in more drought tolerant. Produce with silicon will taste better and stay fresh for longer time.

Super Silicon Voga can be used in a variety of ways. Mix with chemical fertilizers, it will help prevent loss of nutrients and provide source of silicon to plants. Mix when spaying fungicides or insecticides, it will enhance and prolong the substance's efficacy. It can also be used to cure fungal diseases on trunks.

Benefits:
- Enhance efficacy of chemical fertilizers, prevent leaching
- Prevent fungal and other diseases
- Strengthen plants, improve resistance against pests and diseases
- Enhance efficacy of chemical fungicides and pesticides�?� 
- Absorb toxins from soils, fruits, and vegetables

Usage:
- Mix with chemical fertilizer, manure or organic fertilizer before applying to soils. Use 1 kg of Super Voga for 50 kg of fertilizers.
- Mix with small amount of water to make paste. Apply paste on plant's trunk infected by fungi.
- Spread small amount around canopy to prevent root rot.
- Mix 1 teaspoon of Super Voga in 20 liter spraying tank when spray fungicides or pesticides to increase their effectiveness
- Mix 1 teaspoon Super Voga in 5 liter water. Use it to clean vegetables or fruits to clean chemical residues and help prolong freshness.

Sulphur Granular
Minimum Quantity: 50,000 metric tons per month
Maximum Quantity: 200,000 metric tons per month
CIF Price: Gross USD 270 /NET USD 280 per MT.
Update on July 3, 2026

Specifications:
Purity (WT%) Min. 99.8
Form Granular
Ash Content (WT%) Max. 0.05
Moisture (WT%) Max. 0.5
Color Bright Yellow
Acidity, H2SO4 (WT%) Max. 0.02
Carbon Content (WT%) Max. 0.03
Arsenic, Selenium, Tellurium & Lead Nil.

CIF ASWP Approved Standard Banking Working Procedures
1. Buyer confirms SCO and issues an official ICPO inserting seller's terms and procedures.
2. Seller issues FCO for buyer's signing, buyer returns signed FCO and a letter of procedures
acceptance.
3. Seller issues draft contract/SPA which is open for amendments.
4. Buyer returns the signed draft contract with NCNDA/IMFPA and a letter of guarantee to perform.
5. Seller submits the signed SPA for registration and legalization with the appropriate authorities.
6. Seller sends the below listed partial pop documents to buyer via government secured courier
service or mail, on buyer choice.
A. statement of availability of product
B. commitment to supply the product
C. certificate of origin
D. Product Passport
E. Proforma Invoice
7. Buyer within 5 to 6 banking days issues SBLC swift MT760 according to Seller's fiduciary bank
verbiage to seller nominated fiduciary offshore bank account for first month shipment, and whereby
buyer fail to issue payment instrument within 7 banking days, buyer will make cash deposit of $320,
000 by TT wire transfer for allocation and security guarantee to enable seller charter vessel and
commence shipment, and this payment shall be deducted from the total cost of product after
inspection at discharge port
8. Seller bank issues the full set of proof of product (pop) and shipping documents with 2%pb
(performance bond) to buyer's bank. QQ Certificate & Product passport docs, all will be issued on
time.
9. Shipment commences immediately as scheduled in the contract.
10. Buyer pays for the total product value via TT/MT103 to the seller's bank after successful SGS/CIQ inspection at discharge port and tittle of product ownership transferred to buyer.
11. Seller pays all intermediaries involved in transaction as per signed NCNDA/IMFPA within 72 hours.

Manufacturing of custom silicone rubber compounds for several industries. We can offer special for high or low temperature resistance silicon compounds. Our specialists experience and ability to combine the required polymers and additives to obtain the material to develop and manufacture of silicone parts to meet industry growing requirement.

Thermal conductive silicone is a high-performance material designed for efficient heat dissipation in electronic devices. By combining silicone with fillers such as alumina or boron nitride, it achieves excellent thermal conductivity, electrical insulation, flexibility, and resistance to extreme temperatures (-50C to 200C). As a Thermal Conductive Silicone Supplier, we provide a wide range of thermally conductive silicone materials� suitable for consumer electronics, industrial applications, and high-end manufacturing.
What is Thermal Conductive Silicone?
Thermal conductive silicone is a synthetic material that efficiently transfers heat away from critical components while maintaining electrical insulation. Its forms include:

Silicone grease: Ideal for filling uneven surfaces like CPU and GPU chips.

Silicone pads: Modular heat dissipation for automotive electronics or battery packs.

Silicone adhesive/sealing glue: Provides both thermal conductivity and protection for sensors or high-precision components.

These materials are widely used in:

Consumer electronics: Cooling CPUs, graphics cards, and mobile processors to prevent overheating.

Industrial applications: Heat dissipation in EV battery packs, solar panels, and power electronics to enhance efficiency.

Aerospace and high-end manufacturing:� Protecting sensitive components in extreme environments.