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| Brand Name: | SINOPACK |
| Model Number: | SINA26011 |
| MOQ: | 1000PCS |
| Price: | Negotiable |
| Delivery Time: | 30dAYS |
| Payment Terms: | T/T |
This Type C Chemical FIBC uses a top filling and bottom discharge configuration for industrial chemical powders and granules moving through filling, storage, transportation and downstream discharge processes.
Typical materials can include, subject to actual application review, PVC resin powder, PE and PP resin pellets, calcium carbonate powder, talc powder, titanium dioxide, alumina powder, sodium sulfate, sodium carbonate, inorganic salts, pigment powders, chemical additives and similar dry chemical powders or granules.
The bag measures 90 × 90 × 70cm with a 700kg safe working load. The body, top and bottom use 190gsm white conductive coated fabric with minimum warp and weft strength of ≥1850N.
Its filling spout, discharge spout, conductive film and conductive lifting belts are integrated into a Type C conductive structure for chemical packaging processes where both material handling and static control are important.
Chemical powder packaging involves more than simply containing the material.
Fine materials such as calcium carbonate, talc, titanium dioxide, alumina and pigment powders can generate dust during filling and discharge, while resin powders and some fine granules may also create static-charge concerns during material movement.
If the top filling spout does not match the filling pipe, operators may need additional manual adjustment.
If the bag does not have a suitable bottom discharge structure, downstream unloading may require bag inversion or additional manual handling.
This FIBC combines a φ36 × 75cm top filling structure with a φ55 × 70cm bottom discharge structure to connect upstream filling equipment with downstream unloading systems. The 190gsm conductive coated body, conductive film and conductive lifting belts form the Type C conductive structure across the bag, lifting and spout areas. For PVC resin powder, calcium carbonate, talc, titanium dioxide, alumina, inorganic salts and similar dry chemical materials, the final configuration should be confirmed according to particle size, flowability, dust generation and electrostatic characteristics.
| Parameter | Specification |
|---|---|
| Product Type | Top Filling Bottom Discharge Type C Chemical FIBC |
| Bag Size | 90 × 90 × 70cm |
| Safe Working Load | 700kg |
| Body Fabric | 190gsm White Conductive Coated Fabric |
| Warp Fabric Strength | ≥1850N |
| Weft Fabric Strength | ≥1850N |
| Filling Spout | φ36 × 75cm |
| Discharge Spout | φ55 × 70cm |
| Filling Spout Fabric | 90gsm Conductive Coated Fabric |
| Discharge Spout Fabric | 90gsm Conductive Coated Fabric |
| Lifting Belts | 4 pcs, 5 × 148cm |
| Application | Chemical Powder and Granule Filling & Discharge |
The top filling spout is designed to connect with filling pipes, hopper outlets or weighing systems for centralized chemical powder and granule filling.
For materials such as PVC resin powder, calcium carbonate, talc, titanium dioxide and alumina, filling-spout diameter, powder flowability, dust generation and dust-control equipment should be reviewed.
For PE, PP and other resin pellets, particle size, filling speed and equipment interface become more important.
The bottom discharge structure provides a defined path for transferring stored material into hoppers, conveyors, mixers or other downstream processing equipment.
Typical material groups include:
Resin Materials: PVC resin powder, polymer powders, PE and PP resin pellets.
Mineral and Inorganic Powders: calcium carbonate, talc, alumina and titanium dioxide.
Inorganic Salts: sodium sulfate, sodium carbonate and similar dry inorganic salts.
Pigments and Chemical Additives: pigment powders, fillers, additives and other dry industrial chemical materials.
For hazardous, flammable, explosive, highly oxidizing or specially regulated chemicals, packaging suitability and compliance requirements must be confirmed separately.
This Type C FIBC is particularly suitable for chemical production processes involving:
Filling → Full-Bag Handling → Storage / Transportation → Bottom Discharge
Typical materials can include PVC resin powder, calcium carbonate powder, talc powder, titanium dioxide, alumina powder, inorganic salts, pigment powders, chemical additives, resin pellets and similar dry chemical powders or granules.
Actual selection should consider particle size, bulk density, flowability, dust generation, moisture sensitivity, electrostatic characteristics and upstream/downstream equipment interfaces.
It can be evaluated for PVC resin powder, calcium carbonate, talc, titanium dioxide, alumina, sodium sulfate, sodium carbonate, pigment powders, chemical additives and similar dry chemical powders.
Top filling allows connection with fixed filling equipment, while bottom discharge provides a controlled path to downstream processing equipment.
No. Suitability depends on electrostatic properties, dust conditions, grounding arrangements and applicable safety requirements.
Fine powders may cake, bridge or discharge unevenly.
Particle size, moisture condition and flow behavior should therefore be considered when confirming the discharge structure.
Not automatically.
Hazardous or specially regulated materials require separate confirmation of packaging certification, regulatory requirements and operating conditions.
