Program • FIBC / Ton Bags (Bulk Bags)

Safety Types & Risk-Based Builds

Bulk bag programs often require risk-based decisions. We help align safety expectations, product behavior, and operational constraints before specing.

Program • FIBC / Ton Bags (Bulk Bags)

Overview

Bulk bag programs often require risk-based decisions. We help align safety expectations, product behavior, and operational constraints before specing.

Risk-Based Approach

Start with environment and product behavior to avoid over- or under-specing.

Clear Inputs

We collect the right details early to prevent costly rework.

Operational Fit

A safe bag is one that fits the real workflow.

Why This Matters

Safety expectations differ by product, environment, and handling methods. We prefer structured discovery before locking specifications.

Inputs We Gather

We align on practical details that influence risk and operational success.

  • Product type and behavior
  • Handling environment (dust, humidity, ground conditions, etc.)
  • Filling and discharge methods
  • Operational constraints and training expectations

Outcome

A clear spec path that aligns performance, cost, and operational reality.

FAQs

What are FIBC Types A, B, C, and D?

Type A provides no electrostatic protection. Type B is designed to reduce certain brush discharges but is not for flammable vapors. Type C is conductive and must be properly grounded. Type D is static-dissipative and is designed to reduce ignition risk without grounding when used correctly.

Which safety type do we need?

Selection depends on your risk assessment: product dust characteristics, presence of flammable vapors/gases, and how the bag is handled and grounded. Your EHS/compliance team should define requirements; we help translate them into a workable spec.

Does Type C require grounding?

Yes. Type C bags rely on grounding to safely dissipate charge. We plan grounding points and handling steps as part of the spec and onboarding.

Are Type D bags always safe without grounding?

They are designed to be used without grounding, but they must be used correctly and kept clean. Contamination or damage can change performance, so program controls matter.

Do liners affect electrostatic performance?

They can. Liners and coatings can change charge behavior. If electrostatic risk is part of your requirements, we consider the full system (bag + liner + workflow).

Do you provide compliance guidance?

We can share best-practice approaches and clarify spec inputs, but compliance decisions should align with your internal requirements and applicable regulations.