• Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles
  • Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles
Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles

Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles

Ürün ayrıntıları:

Menşe yeri: Çin
Marka adı: XWELL
Model numarası: Süper Altın Karbon

Ödeme & teslimat koşulları:

Min sipariş miktarı: 10t
Fiyat: Welcome to ask
Ambalaj bilgileri: çantalar
Teslim süresi: 10-15 gün
Ödeme koşulları: T/T,Western Union,L/C,D/A,D/P
Yetenek temini: 10000T aylık
En iyi fiyat İletişim

Detay Bilgi

Parçacık Boyutu: 5-10 ağ gözü>%90 /6-12 ağ gözü>%90 Nem (%): ≤10
Kül İçeriği (%): ≤5 Sertlik (%): ≥ 98
Toplu yoğunluk (g/ml): 0,40-0,50 PH değeri: >7

Ürün Açıklaması

Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles 

Product Overview

  • Raw Material & Process: Made from high-quality coconut shells, refined via physical methods, high-temperature steam activation, plus carbonization, activation, water grinding and air classification.
  • Key Features: Uniform particle size, high mechanical strength, strong adsorption capacity.
  • Application: Suitable for modern gold mine extraction, mainly used in precious metal separation/extraction in gold metallurgy via heap leaching or CIP method.

Key Features

Made from high-quality Southeast Asian coconut shells, our product is crafted via independently developed Jun equipment and optimized traditional refining processes. It boasts super strong adsorption capacity, ultra-high strength, high iodine value, no thin flakes, and requires no grinding or water washing—ready to use right after unpacking (25kg per package).

  • Excellent gold adsorption rates
  • ✅Maximum gold loadings
  • ✅Minimize gold losses

Technical Specifications

Physical Properties

Item

Specification

Particle Size

5-10mesh>90% /6-12mesh>90%

Moisture (%)

≤10

Ash Content (%)

≤5

Hardness (%)

≥98

Bulk Density (g/ml)

0.40-0.50

PH value

>7

Chemical Adsorption Properties

Iodine Adsorption Value (mg/g)

≥1100

CTC (%)

>50

Application

Extracting gold by CIP method

Applications

Extracting gold by ClP method

Gold-specific activated carbon is a category of activated carbon dedicated to gold extraction. It features uniform particle size, strong adsorption capacity, and high wear resistance. Suitable for heap leaching or carbon-in-pulp (CIP) metallurgical processes, it can efficiently adsorb gold cyanide and improve gold recovery rate.

In the cyanidation gold extraction process, this material directly adsorbs gold from ore slurry, and is widely used in filter-free carbon-in-pulp processes (CIP/CIL methods) as well as gold tailings recovery.

Why Choose Us?

  • Advanced R&D Capability: We have a professional R&D team with 15+ years of experience in battery materials, focusing on continuous innovation and performance optimization.
  • Large-Scale Production: Annual production capacity of 10000+ tons, ensuring stable supply and on-time delivery for bulk orders.
  • Strict Quality Control: Each batch undergoes rigorous testing (XRD, SEM, electrochemical performance test) to ensure consistent quality.

Bu ürün hakkında daha fazla bilgi edinmek istiyorum
İlgileniyorum Super Golden Carbon with High Adsorption Capacity ≥1100 Iodine Value Special Coconut Shell Activated Carbon for Gold Purification Precious Metal Extraction Gold Carbon Particles bana tür, boyut, miktar, malzeme gibi daha fazla ayrıntı gönderebilir misiniz
Teşekkürler!
Cevabını bekliyorum.