95 × 95 × 125 cm 1 Ton Graphite Powder FIBC Bags for Bulk Storage and Transport

Product Description

These Graphite Powder FIBC Bags are designed with a finished size of 95 × 95 × 125 cm and a rated loading capacity of 1000 kg. The square footprint supports organized warehouse placement, while the 125 cm bag height provides space for bulk graphite powder filling without creating an excessively tall handling unit.

The bag uses a 180 g/m² uncoated tubular body, an independent inner liner, a top filling spout and a bottom discharge spout. This configuration is intended for graphite powder packaging, temporary storage, production transfer and bulk transportation.

Unlike the previous lifting-focused product, this page emphasizes how bag dimensions, powder bulk density, warehouse layout and filling equipment affect packaging suitability.

Why the 95 × 95 × 125 cm Size Matters

The bag has a square base measuring 95 × 95 cm, which creates a nominal external geometric volume of approximately 1.13 m³ before allowance for fabric expansion, spouts, filling level and powder settlement.

This calculated volume is not the guaranteed usable capacity. The actual filling weight depends primarily on the bulk density of the graphite powder:

For example, two graphite powders with different particle structures or compaction characteristics may occupy different volumes even when both loads weigh 1000 kg. Buyers should therefore confirm the powder’s loose bulk density and settled bulk density before selecting the bag size.

The 95 × 95 cm footprint should also be checked against the customer’s pallet, filling platform and warehouse position. The bag should not be described as suitable for every pallet or container layout without confirming the relevant dimensions.

Configuration for Storage and Material Transfer

The body is manufactured from 180 g/m² uncoated tubular fabric with minimum warp and weft strength of 1650 N. The uncoated outer body provides the main structural support, while the independent inner liner separates the graphite powder from the outer woven fabric.

A top filling spout supports connection with gravity-fed filling systems, hoppers or other powder filling equipment. The bottom discharge spout allows the material to be released into receiving hoppers or downstream processing equipment without cutting open the main bag body.

For warehouse and transport planning, users should evaluate:

• Graphite powder bulk density and target net weight.
• Available pallet dimensions and warehouse position width.
• Maximum handling height after filling.
• Filling spout connection and clamping method.
• Discharge outlet dimensions and receiving hopper position.
• Expected sunlight exposure during factory transfer or transportation.
• Whether bags will be stacked and, if so, the required stacking test and procedure.

The supplied specification does not state a permitted stacking height. A stacking claim should therefore only be added after receiving supporting test data from the manufacturer.

Typical Applications

The 95 × 95 × 125 cm Graphite Powder FIBC Bags can be used in graphite processing plants, carbon material production facilities and industrial powder warehouses for:

• Packaging processed graphite powder into one-ton handling units.
• Moving graphite powder from a production line to an intermediate storage area.
• Temporary storage before screening, blending or downstream processing.
• Transferring bulk graphite powder between different factory departments.
• Preparing graphite powder for covered road, rail or sea transportation.
• Discharging graphite powder into hoppers or processing equipment.

The inner liner makes the configuration relevant where separation between the powder and outer woven fabric is required. However, the original specification does not provide moisture-barrier testing, sift-proof seam testing or anti-static classification. These properties must not be assumed from the presence of an inner liner alone.

Technical Specifications

How to Confirm Whether This Size Is Suitable

1. Provide the graphite powder bulk density

The bag’s 1000 kg rating does not mean every graphite powder will occupy the same volume. Both loose and settled bulk density should be provided when available.

2. Check the required filling level

The material should not interfere with closing the filling spout. Space may also be required for powder settlement after filling.

3. Confirm pallet and warehouse dimensions

Compare the 95 × 95 cm bag footprint with the actual pallet surface and storage position. Account for normal bag expansion after filling rather than relying only on the flat finished dimensions.

4. Check available handling height

The nominal bag height is 125 cm. The final loaded height may vary depending on powder settlement, bag expansion and the way the filling spout is closed.

5. Match the filling and discharge equipment

The filling connection, clamp, dust-extraction interface and receiving hopper should be checked against the documented spout configuration before production.

6. Define the transportation conditions

Confirm whether the bag will be transported indoors, under cover or with temporary outdoor exposure. Although the fabric contains 1% UV additive, no guaranteed outdoor storage duration is stated.

Storage and Transport Notes

Store the filled bags on a level, clean surface and keep the inner liner and spout closures intact. Avoid contact with sharp objects that may damage the body fabric or liner.

During transportation, the bag should be restrained against shifting and protected from rain unless separate waterproof packaging has been confirmed. The document supports a 1000 kg rated load but does not provide stacking, drop-test, water-resistance or repeated-use data.

FAQ

Can this bag always hold 1 ton of graphite powder?

Its rated load is 1000 kg, but dimensional suitability depends on graphite powder bulk density. A low-density powder may require more volume than the bag can provide at the required closure level.

Does the 95 × 95 cm base fit a standard pallet?

It may fit some pallet configurations, but pallet standards vary by market and customer. The actual pallet size and the filled bag’s outward expansion should be checked before ordering.

Can the bags be stacked in a warehouse?

The production document does not state a permitted stacking height or stacking test result. Stacking requirements must be confirmed separately based on the filled bag shape, closure, pallet and warehouse conditions.

Is the bag moisture-proof during transportation?

An inner liner is included, but no water-vapor transmission or waterproof test data is provided. It should be described as an inner-lined bag rather than a fully moisture-proof bag.