Fine-Powder Containment
Fine graphite can escape through seams and poorly closed openings. Match your seam treatment, liner and closures to the particle distribution and handling conditions.
Custom FIBC Packaging
Custom FIBC Bags for Graphite & Anode Materials
For your graphite and anode powders, bag capacity, liner fit and discharge connections need to work together. Discuss custom empty FIBC bags with XIFA, with dimensions and containment features matched to your material grade and packing line.
For natural and synthetic graphite processors, anode-material producers, exporters and packaging distributors.
Industrial Packaging Experience
Packaging Partners Across Industries
Your graphite packaging requirements vary with powder grade, filling state and discharge equipment. XIFA’s industrial packaging experience gives you a practical starting point for discussing bag construction, liner selection and repeat-order requirements.
Buyer Requirements
Address the Packaging Details That Matter for Graphite Powders
For graphite bulk bags, focus on fine-powder containment, usable capacity and practical discharge. Your powder grade and measured bulk density help define the body, liner and connections needed for your process.
Discharge Residue and Liner Movement
Excess film or a shifting liner can obstruct the outlet. Coordinate liner shape, retention and spout dimensions with your receiving equipment and powder flow.
Capacity and Filled Shape
Your target weight needs sufficient usable volume at the actual filling density. Match bag dimensions to the pallet footprint and available operating clearance.
Contact Cleanliness and Protection
High-purity grades need defined contact surfaces and closure requirements. Specify your foreign-particle limits, storage conditions and any site electrostatic requirements with the bag design.
Bag Configurations
Choose a Bag Configuration Around Your Graphite Powder
Combine the features your graphite grade needs: fine-powder containment, a fitted liner and defined protection requirements. Select the construction around your filling state, receiving equipment and acceptance specification.
CONFIGURATION 01
Lined FIBC for Fine Graphite Powders
Pair your PP outer bag with a liner and seam arrangement suited to fine powder. Coordinate the openings and closures for your filling and unloading process.
CONFIGURATION 02
Form-Fit Liner for Controlled Discharge
Match your liner shape and outlet to the bag body. Define attachment points to help manage liner movement and keep the discharge connection aligned.
CONFIGURATION 03
Barrier and Static-Control Configuration
Specify your required protection from material and site data. Discuss contact layers, seals and electrostatic features as part of the complete bag-and-liner system.
CUSTOMIZATION OPTIONS
Configure a Custom FIBC Bag for Your Graphite and Anode Materials
Build your graphite bulk bag around measured density, particle size and discharge behaviour. Coordinate the body, liner attachments, spouts and lifting arrangement with your equipment and target payload.
Bag Body
Give your graphite the usable volume it needs.
Your Configuration Options
Build Your Specification
- Graphite grade and filling state
- Required volume and filled height
- Pallet footprint and clearance
Approve the filled dimensions alongside the liner allowance.
Top Construction
Keep your filling connection aligned and accessible.
Your Configuration Options
Build Your Specification
- Nozzle dimensions and insertion depth
- Dust-extraction interface
- Liner inlet and closure method
Check access for sealing after your target fill weight is reached.
Bottom Construction
Give your powder a practical route into the receiver.
Your Configuration Options
Build Your Specification
- Outlet diameter and usable length
- Receiver dimensions and clearance
- Powder flow and residual-product concerns
Evaluate the outlet with your material where discharge behaviour is critical.
Inner Liner
Control liner movement through filling and emptying.
Your Configuration Options
Build Your Specification
- Film grade and thickness
- Liner shape and fixing positions
- Contact-cleanliness and sealing requirements
Use your current residue or liner-slipping issues to guide the design discussion.
Lifting Loops
Fit your lifting arrangement to the filled bag.
Your Configuration Options
Build Your Specification
- Fork spacing or lifting frame
- Free loop height and positions
- Filled-bag shape and handling cycle
Include equipment details from both the filling and receiving sites.
Safe Working Load
Select your rating from the actual graphite payload.
Your Configuration Options
Build Your Specification
- Target powder weight
- Required SWL and safety factor
- Applicable records and label details
Keep payload within the supplied bag’s rated design.
Static Protection
Base static controls on your powder and operating area.
Your Configuration Options
Build Your Specification
- Material and dust information
- Filling and discharge environment
- Grounding conditions and required system records
Graphite conductivity is one material property within the wider site assessment.
Discuss Your Graphite and Anode Materials Packaging Specification
Send your material name, target fill weight and current bag drawing or photograph. You can clarify the remaining configuration and order details with XIFA during quotation review.
Since 1998
Packaging Manufacturing
03
Production Bases
Custom
Bag Specifications
Export
Order Coordination
Specification & Customisation
Match Bag Capacity, Liners and Spouts to Your Process
Bring your material, equipment and order requirements together in one specification. XIFA can help you clarify the construction details needed for your quotation.
| Specification | Your Inputs | Configuration Details |
|---|---|---|
| Material / processing grade | Natural or synthetic graphite, processing stage and particle distribution. | Identify purified, spherical or coated grades and your contact-cleanliness requirements for the proposed construction. |
| Bulk density / filling state | Measured bulk density in kg/m³ at a representative filling state. | Use the loose or aerated filling condition to establish usable capacity, filled height and pallet fit. |
| Filling weight / SWL | Target net powder weight per bag and intended handling cycle. | Confirm the bag’s rated Safe Working Load, safety factor and design records for your selected construction. |
| Body / dimensions | Length × width × height in mm, body style and pallet dimensions. | Coordinate liner allowance, filled bulge and clearance. Where baffling is proposed, evaluate shape and discharge with your powder. |
| Liner shape / fixing | Current film grade, thickness, shape and attachment arrangement. | Match liner fit and retention to filling and emptying, including any slipping, folding or outlet obstruction in your current setup. |
| Filling connection | Nozzle diameter, insertion length and dust-extraction arrangement. | Agree the liner inlet, outer-bag spout and closure so your line can connect and seal the pack. |
| Discharge connection | Outlet diameter and length, receiving equipment and residual-material concerns. | Review liner outlet alignment, working clearance and flow behaviour using your actual graphite grade. |
| Contact / cleanliness | Contact resin, foreign-particle criteria and required inspection records. | Define acceptance criteria for high-purity powder and the selected contact surface, including packaging protection after bag manufacture. |
| Barrier / storage | Material moisture requirements, storage period and environmental exposure. | Select any barrier structure and seal evidence against your stated conditions. Protection requirements may differ by processing grade. |
| Static / site requirements | Product SDS, operating assessment and grounding conditions where relevant. | Specify electrostatic performance for the complete outer bag and liner using the material and site requirements. |
| Labels / shipment | Artwork, batch identification, pallet arrangement, quantity and destination. | Link your approved drawing and label revision to the order; agree shipment packing and production milestones for repeat supply. |
Manufacturing Network
Explore XIFA's
Explore XIFA's
Manufacturing Network
XIFA's manufacturing network includes Wenzhou, Jiangxi and Laos, supporting its wider industrial packaging business. Share your required bag construction, order volume and delivery destination to discuss the relevant production route and order coordination.
Industrial Packaging Manufacturing and Supply
XIFA manufactures woven packaging and FIBC bulk bags for overseas importers, distributors and industrial buyers. Your bag construction, liner and order requirements guide the production and quotation discussion.
Coordinate Your Packaging Order
From your approved drawing to shipment planning, XIFA coordinates the details that matter to your order. Discuss the production base, required documents and dispatch schedule for your selected FIBC specification.
Zhejiang · China
Wenzhou Manufacturing Facility
XIFA’s Wenzhou facility forms part of its woven-packaging manufacturing network. Discuss your custom packaging requirements and order coordination with our team.
Jiangxi · China
Jiangxi Manufacturing Base
Jiangxi Minzheng forms part of XIFA’s bulk-bag manufacturing network, connecting your FIBC construction requirements with production and scheduling discussions.
Laos
Laos Facility
The Laos facility extends XIFA’s manufacturing network. Your quotation review identifies the production and shipment arrangements relevant to your order.
Supplier Evaluation
Visit XIFA to Discuss Your Packaging Project
Meet XIFA’s team to discuss your bag specification, view the factory environment and plan your order. Bring your purchasing and technical questions for a focused conversation about your packaging requirements.
Customer Visit and Business Communication
Customer Reception at XIFA
International Business Meeting
Packaging Business Discussions
Customer Visit to XIFA Facilities
International Business Engagement
FIBC Buyer FAQ
Questions Before Ordering Graphite Bulk Bags
Clarify your specification, documentation and order requirements before requesting a graphite powder packaging quotation.
Can one bag design cover different graphite grades?
Your grades can be reviewed against a common drawing, with material-specific requirements identified.
- Compare particle distribution, filling density, contact-cleanliness limits and flow behaviour.
- Natural, synthetic, spherical and coated graphite may need different liner or discharge details.
- XIFA can discuss a shared specification where those requirements and the proposed construction align.
What information helps you determine bag dimensions?
Send your target fill weight and measured bulk density at a representative filling state.
- Include pallet dimensions, filling clearance and your preferred filled height.
- Aeration and settling affect the volume your powder occupies during packing and storage.
- These inputs help establish the usable bag capacity and the dimensions to show on your approved drawing.
Can you match our existing bag and liner specification?
Share your drawing, specification sheet or clear photos of the current bag and openings.
- Include liner thickness, attachment points, closures and rated load where available.
- Describe any changes you want in filling, handling or discharge.
- XIFA can review matching construction details and identify which interfaces or materials need sample evaluation before production approval.
Can liner design help with discharge residue?
Liner shape, film allowance and fixing are useful design inputs when residue affects your process.
- A form-fit liner can be discussed to reduce excess folds and align the outlet.
- Retention points help manage liner movement during emptying.
- Your graphite’s flow properties and receiving equipment also matter, so evaluate the proposed assembly under representative discharge conditions.
Do all graphite powders need Type C bags?
Select static protection from your product data and site assessment.
- Consider powder characteristics, the operating environment and grounding arrangements.
- Where Type C is specified, include its grounding requirements in the handling procedure.
- Review the selected liner with the outer bag and request records for that combination; graphite conductivity alone does not define the FIBC type.
What are the MOQ and production lead time?
XIFA confirms these terms against your selected bag construction and order requirements.
- Send your quantity, liner specification, printing details and requested dispatch date.
- The schedule depends on technical approval, materials and production availability.
- For repeat orders, keep the drawing revision and label reference clear so your quotation and shipment plan use the intended specification.
