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MKM 215

Industrial Marketing

TU BBM · Semester 7 · BBM curriculum effective from 2021

Requirement
elective
Credits
3
Study Guide
6 units available

Chapter notes

Authoritative study guide across 6 syllabus units

Open a unit to read its study notes.

Unit 1: Introduction to Industrial Marketing· 8 LHs· ~10 marks

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Difficulty: ★★★ | High-yield focus: Master definitions of Industrial Marketing, Derived Demand, and Foundation Goods in Part 1. Key exam mastery: Diagram the Industrial Supply Chain and Value Network System, contrast Industrial vs Consumer Marketing in Part 3, and solve the Industrial Goods Classification and Capital Budgeting ladder in Part 4.

Part 1: Core Concepts (2 Marks)

  • ★ Industrial (B2B) Marketing: The marketing of goods and services to commercial enterprises, governments, and institutions for use in the production of other products, for day-to-day operations, or for resale.
  • ★ Derived Demand: The economic characteristic where demand for industrial goods is completely dependent on and derived from the ultimate consumer demand for finished end-products (e.g., demand for steel derived from automobile sales).
  • Foundation Goods: Long-term capital assets that do not enter the final product physically but are used to manufacture it, depreciating over multi-year periods (e.g., industrial machinery, factory buildings).

Part 2: Structural Frameworks (10 Marks)

Taxonomy of Industrial Goods (Kotler Framework)

  1. Entering Goods (Become part of the finished product):
    • Raw Materials: Farm products (cotton, wheat) and natural products (crude oil, limestone).
    • Manufactured Materials and Parts: Component materials (steel sheets, cement) and component parts (semiconductors, electric motors).
  2. Foundation Goods (Capital assets that wear out over time):
    • Installations: Major capital equipment (turbines, CNC machines, blast furnaces).
    • Accessory Equipment: Light tools, forklifts, computers, factory desks.
  3. Facilitating Supplies and Services (Operating items):
    • Supplies (MRO): Maintenance, repair, and operating items (lubricating oil, paper, light bulbs).
    • Business Services: Equipment maintenance, legal counsel, marketing research, and industrial catering.

Part 3: Distinction Tables

Basis of Comparison Industrial (B2B) Marketing Consumer (B2C) Marketing
Market Structure Geographically concentrated; few large buyers with massive purchase volumes. Geographically dispersed; millions of individual retail consumers buying small quantities.
Buyer Behavior Professional purchasing agents, technical buying committees, formal RFPs. Emotional, impulsive, or habit-driven individual consumer decision-making.
Channel & Pricing Direct selling via dedicated sales engineers; negotiated contracts and custom pricing. Indirect multi-tier retail channels; standardized, fixed mass retail prices.

Part 4: Worked Problems & Exam Traps

★ Derived Demand Sensitivity and Acceleration Principle

Problem: A tire manufacturing factory in Nepal supplies industrial rubber tires to a commercial truck assembly plant.

  • The truck assembly plant maintains a stock of 100 tire inventory sets (400 tires) for production.
  • Annual truck consumer demand drops by 10% from 1,000 trucks to 900 trucks.
  • Each truck requires 4 tires, and the assembly plant adjusts its inventory safety buffer downwards by 20% in response to the market slowdown. Calculate the percentage reduction in industrial tire orders suffered by the tire factory, demonstrating the Accelerator Principle.

Solution:

  1. Original Tire Demand (Year 1):

    Production Tires=1,000 trucks×4 tires=4,000 tires\text{Production Tires} = 1,000 \text{ trucks} \times 4 \text{ tires} = 4,000 \text{ tires}
    Total Factory Orders=4,000 tires\text{Total Factory Orders} = 4,000 \text{ tires}

  2. Adjusted Tire Demand (Year 2):

    New Production Requirements=900 trucks×4 tires=3,600 tires\text{New Production Requirements} = 900 \text{ trucks} \times 4 \text{ tires} = 3,600 \text{ tires}
    Inventory De-stocking Adjustment=20% reduction on 400 inventory buffer=−80 tires\text{Inventory De-stocking Adjustment} = 20\% \text{ reduction on 400 inventory buffer} = -80 \text{ tires}
    New Factory Orders=3,600−80=3,520 tires\text{New Factory Orders} = 3,600 - 80 = 3,520 \text{ tires}

  3. Percentage Drop in Industrial Orders:

    Reduction in Orders=4,000−3,520=480 tires\text{Reduction in Orders} = 4,000 - 3,520 = 480 \text{ tires}
    Percentage Drop=4804,000×100=12.00%\text{Percentage Drop} = \frac{480}{4,000} \times 100 = 12.00\%
    Analysis: A 10% drop in end-consumer truck demand magnified into a 12% drop in B2B component orders, illustrating the acceleration effect in derived demand.

TU Exam Trap: Industrial demand is largely price inelastic in the short run because components represent only a small fraction of the total finished product cost. Slashing component prices will not stimulate industrial demand if end-consumer demand is depressed.

  • B2B vs. B2C Market Dynamics: Industrial markets feature derived demand, high transaction values, multi-person Buying Centers (DMUs), formal technical RFP bidding, and close long-term collaborative relationship commitments.

Students lose marks here because they assume price cuts stimulate industrial sales, failing to recognize the inelasticity of derived demand.