A factory can buy the finest raw materials at the best possible price, but if those materials are damaged, misplaced, or stolen before they reach the production line, the entire procurement effort goes to waste. This is where storekeeping steps in. It is the function that bridges the gap between buying materials and actually using them, and in cost accounting, it plays a direct role in controlling one of the largest cost heads in any manufacturing business: material cost.

Efficient storage is not just about having a warehouse. It is a disciplined system of receiving, recording, arranging, and issuing materials so that production never stops, money is not tied up in idle stock, and materials are not lost to theft or decay. Let us break down what this involves and how businesses get it right.

Table of Contents

Why storekeeping matters for material control

Storekeeping refers to the systematic control and management of all materials from the moment they are received in the stores department to the moment they are issued for use. It is a core part of the larger material control process, which coordinates purchasing, receiving, inspection, storage, and issuing of materials so that costs stay in check at every stage.

Good storekeeping serves four main purposes:

Uninterrupted supply of materials

Production cannot stop because a component ran out. A well-run store maintains adequate stock levels so that departments always have what they need, when they need it, without causing costly downtime.

Preventing overstocking and understocking

Overstocking locks up working capital in materials that are not being used, while understocking risks halting production. Storekeepers work with defined stock levels, such as minimum, maximum, and re-order levels, to strike the right balance. The re-order level, for instance, is set between the maximum and minimum levels so that fresh supplies arrive before stock actually runs out.

Minimizing storage and handling costs

Every square foot of warehouse space, every hour of labour spent moving material, and every rupee spent on insurance and preservation adds to the cost of holding inventory. Efficient storekeeping keeps these costs as low as possible without compromising safety or accessibility.

Protecting materials from theft and deterioration

Materials sitting in a store are vulnerable to pilferage, fire, moisture, pests, and general wear. Part of the storekeeper’s job is to ensure materials are safeguarded through proper handling, security measures, and suitable storage conditions.

The core functions of a storekeeping system

A stores department is not just a room full of shelves. It performs a defined sequence of functions every time material moves in or out. According to standard cost accounting practice, these functions of storekeeping typically include the following:

Function What it involves
Receipt of materials Accepting materials delivered by suppliers or returned from the production department, and matching them against the purchase order and delivery challan.
Inspection Checking materials for quality, quantity, and specification before they are accepted into stock, and flagging or returning defective items to the supplier.
Recording Updating stock records such as the bin card and stores ledger so that the exact quantity and value of every item is known at any point in time.
Placement Storing materials in a designated location using appropriate bins, racks, or containers, following the principle of “a place for everything, and everything in its place.”
Issuance Releasing materials only against a duly authorized requisition slip, so that every withdrawal from stores can be traced back to a specific job or department.

Each of these steps exists to create accountability. If materials go missing or costs run higher than expected, a well-documented storekeeping trail makes it possible to pinpoint exactly where the problem occurred.

Designing an efficient stores layout

The physical layout of a store has a direct impact on how quickly materials can be located, moved, and issued. A poorly designed store forces workers to waste time searching for items, increases the risk of handling damage, and makes stocktaking a nightmare. An efficient layout is built around a few core principles.

Logical zoning and location

Materials should be grouped by type, frequency of use, or the department that consumes them most. Fast-moving items are usually kept closer to the issue counter, while bulky or slow-moving items can be placed further away. This reduces unnecessary movement and speeds up picking.

Clear identification and bin allocation

Every item should have its own designated bin or storage location, clearly labelled with a code or description. This is the practical application of the storekeeping principle that every item has a fixed, marked place, making it easy to locate, verify, and replenish.

Adequate space and accessibility

Aisles need to be wide enough for staff and equipment such as trolleys or forklifts to move safely. Shelving and racking should make use of vertical space without compromising access, since cramped layouts slow down both issuing and stocktaking.

Safety and preservation

Materials that are flammable, fragile, or perishable need dedicated storage conditions, whether that means fire-resistant zones, temperature control, or moisture-proof packaging. Ignoring this invites losses that can far exceed the original cost of the material.

Centralized versus decentralized storage

Businesses generally organize their stores in one of two ways. In a centralized store, all materials are kept at a single location under one storekeeper, which simplifies control, reduces duplication of equipment, and makes bulk purchasing easier. In a decentralized store, smaller sub-stores are placed closer to the departments that use them, which reduces material handling time and helps prevent the buildup of surplus or obsolete stock at any one point.

Neither approach is universally better. A single-unit factory with limited floor space usually benefits from centralization, while a large plant spread across multiple production units may need decentralized sub-stores to avoid delays in material movement.

Choosing the right storage equipment

The equipment used in a store should match the nature of the material being stored:

Bins and shelving work well for small parts, components, and loose items that are picked frequently in small quantities.

Racking systems are suited to palletized or bulky goods, allowing vertical stacking that makes better use of available floor space.

Specialized containers such as tanks, silos, or cold storage units are necessary for liquids, powders, or perishable materials that cannot be stored on open shelves.

Choosing the wrong equipment for a given material type often leads to wasted space, slower issuing, and a higher risk of damage or contamination.

Recording materials accurately: bin cards and stores ledger

Storage is incomplete without accurate records. Two documents are central to this in a cost accounting system.

Bin card

A bin card is attached to each storage bin and is maintained by the storekeeper. It is a purely quantitative record showing the receipts, issues, and running balance of that specific material, updated after every transaction. It also often carries the fixed minimum, maximum, and re-order levels for that item.

Stores ledger

The stores ledger is maintained by the cost accounting department and records both the quantity and the monetary value of materials received, issued, and held in stock. Because the same information appears in both the bin card and the stores ledger, periodically comparing the two acts as an internal check, helping catch discrepancies caused by errors, damage, or theft early.

Common storage pitfalls and how to avoid them

Even with a good layout and clear records, storage can go wrong in predictable ways. Materials left in damp or poorly ventilated areas deteriorate faster than expected. Items without a fixed bin location get “lost” within the store, leading to duplicate purchases. Unrestricted access to the stores area increases the risk of pilferage. And infrequent physical verification allows small discrepancies to snowball into significant inventory losses over time.

Most of these problems trace back to weak discipline rather than a lack of resources. Regular stock verification, restricted entry to authorized personnel, and strict adherence to requisition-based issuing go a long way in preventing losses, regardless of how large or small the storage facility is.

What do you think?

What do you think? If you were designing a stores layout for a small manufacturing unit with limited space, would you prioritize a centralized store for easier control, or a decentralized setup for faster access? And in your experience, which storekeeping function, receipt, inspection, recording, placement, or issuing, tends to break down first when a business scales up quickly?

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References
  1. https://www.financestrategists.com/accounting/cost-accounting/material-costing/material-control/
  2. https://www.yourarticlelibrary.com/cost-accounting/material-control/techniques-of-material-cost-control-11-techniques/55434
  3. https://live.icai.org/bos/vcc-3rd-batch/pdf/Chapter_2_Material_Costing.pdf
  4. https://www.financestrategists.com/accounting/cost-accounting/material-costing/store-keeping/
  5. https://www.vskills.in/certification/tutorial/types-of-stores-centralized-and-decentralized-2/

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Cost Accounting

1 Nature and Scope of Cost Accounting

  1. Need for Costing
  2. Limitations of Financial Accounting
  3. Costing and the Economy
  4. Definitions of Costing and Cost Accounting
  5. Objects of Cost Accounting
  6. Difference between Cost Accounting and Financial Accounting
  7. Advantages of Cost Accounting
  8. Installation of a Costing System
  9. Possible Difficulties
  10. Factors to be Considered
  11. Success of the Costing System

2 Cost Concepts and its Ascertainment

  1. Meaning of Cost
  2. Classification of Costs
  3. Cost Unit
  4. Cost Centre
  5. Elements of Cost
  6. Components of Total Cost
  7. Cost Sheet
  8. Methods of Costing
  9. Types of Costing
  10. Role of Cost Accountant

3 Procurement, Storage and Issue

  1. Direct and Indirect Materials
  2. Material Control
  3. Purchase Procedure
  4. Storage of Materials
  5. Issue of Materials
  6. Treatment of Surplus Materials

4 Inventory Control

  1. Meaning and Objectives of Inventory Control
  2. Techniques of Inventory Control
  3. ABC Analysis
  4. Stock Levels
  5. Re-Order Quantity
  6. Stores Records
  7. Perpetual Inventory System
  8. Inventory Turnover Ratio

5 Pricing the Issue of Materials

  1. Ascertaining the Cost of Materials
  2. Problem in Pricing the Issue of Materials
  3. Methods of Pricing
  4. First in First Out Method
  5. Last in First Out Method
  6. Weighted Average Price Method
  7. Replacement Price Method
  8. Standard Price Method
  9. Pricing of Materials Returned to Vendors
  10. Pricing of Materials Returned to Stores
  11. Treatment of Shortage of Materials
  12. Treatment of Material Losses

6 Labour – Basic Concepts

  1. Direct and Indirect Labour
  2. Time Keeping
  3. Time Booking
  4. Payroll Accounting
  5. Idle Time
  6. Overtime
  7. Labour Turnover

7 Accounting for Labour

  1. Methods of Wage Payment
  2. Time Wage System
  3. Piece Wage System
  4. Balance of Debt System
  5. Incentive Plans
  6. Halsey Premium Plan
  7. Rowan Premium Plan
  8. Differential Piece Rate System
  9. Group Bonus Scheme

8 Classification and Distribution of Overheads

  1. Concept of Overheads
  2. Classification of Overheads
  3. Element-wise Classification
  4. Function-wise Classification
  5. Behaviour-wise Classification
  6. Collection of Factory Overheads
  7. Allocation and Apportionment of Factory Overheads
  8. Preparation of Overheads Distribution Summary

9 Absorption of Factory Overheads

  1. Meaning of Absorption
  2. Methods of Absorption
  3. Production Units Method
  4. Direct Material Cost Method
  5. Direct Wages Method
  6. Prime Cost Method
  7. Direct Labour Hour Method
  8. Machine Hour Method
  9. Over-Absorption and Under-Absorption of Factory Overheads

10 Machine Hour Rate

  1. Introduction
  2. Advantages and Limitations
  3. Basis of Apportionment of Overheads
  4. Computation of Machine Hour Rate

11 Treatment of Other Overheads and Activity Based Cost Allocation

  1. Office and Administration Overheads
  2. Selling and Distribution Overheads
  3. Treatment of Certain Items in Cost Accounts
  4. Activity Based Cost Allocation

12 Unit Costing

  1. Meaning and Applicability
  2. Preparation of Statement of Cost/Cost Sheet
  3. Ascertainment of Cost of Direct Materials
  4. Ascertainment of Cost of Direct Labour
  5. Ascertainment of Cost of Other Direct Expenses/Chargeable Expenses
  6. Ascertainment of Prime Cost
  7. Ascertainment of Factory/Works Cost
  8. Ascertainment of Cost of Production
  9. Ascertainment of Total Cost/Cost of Sales
  10. Treatment of Items of Expenses and Losses of Purely Financial Nature
  11. Preparation of Production Account
  12. Special Points to be Noted
  13. Preparation of Statement of Quotation/Tendering Price

13 Job Costing

  1. Job Costing
  2. Applicability
  3. Procedure
  4. Evaluation
  5. Practical Problems

14 Contract Costing

  1. Contract Costing
  2. Difference between Job and Contract Costing
  3. The Procedure
  4. Treatment of Important Items
  5. Profit on Uncompleted Contracts
  6. Contractee’s Account
  7. Work-in-Progress

15 Process Costing

  1. Meaning and Application
  2. Difference between Job Costing and Process Costing
  3. Main Characteristics
  4. Costing Procedure
  5. Process Losses
  6. Abnormal Effectiveness
  7. Comprehensive Illustrations

16 Joint Products and By-Products

  1. Meaning of Joint Products and By-Products
  2. Difference between Joint Products and By-Products
  3. Difficulties in Costing of Joint Products and By-Products
  4. Methods of Apportionment of the Joint Production Costs
  5. Methods of Costing By-Products
  6. Comprehensive Illustrations

17 Valuation of Work-in-Progress

  1. Computation of Equivalent Production
  2. Calculation of Equivalent Production of Work-in-Progress
  3. Procedure for Valuation of Equivalent Production
  4. Comprehensive Illustrations

18 Service Costing

  1. Meaning and Cost Classification of Service Costing
  2. Characteristics of Service Costing
  3. Scope of Service Costing
  4. Computation of Transport Service Costing
  5. Comprehensive Illustrations

19 Reconciliation of Cost and Financial Accounts

  1. Methods of Cost Accounting
  2. Need for Reconciliation of Cost and Financial Accounts
  3. Causes of Difference
  4. Preparation of Reconciliation Statement
  5. Memorandum Reconciliation Account
  6. Comprehensive Illustrations