Marlow Chemicals: Can We Raise Prices 17%?

Consulting
medium50 min0 submissions
Amazon
Scenario

Marlow Chemicals (specialty chemicals, India) has not changed prices in three years while input costs have risen steadily. The CFO wants a 17% price increase across the board.

Current position.

  • Average selling price: ₹1120
  • Gross margin: 41%
  • Estimated price elasticity of demand: -1.1
  • Nearest competitor prices at ₹1210

Customer mix. Roughly 28% of revenue comes from large enterprise accounts on annual contracts with procurement teams; the remainder comes from smaller customers who buy on shorter cycles and switch more readily.

The Head of Sales is opposed, warning of "customer revolt". The CFO points out that margins have fallen every year since the last increase.

Supporting data

mix

smb revenue share pct
72
enterprise revenue share pct
28

market

price gap pct
-7.4
competitor price
1210

economics

gross margin pct
41
price elasticity
-1.1
average selling price
1120
proposed increase pct
17

derived hints

break even volume loss pct
29.3
Your task

Advise on pricing. Provide:

  1. Analysis — can the business sustain a 17% increase? Work through the volume the increase can afford to lose.
  2. Risks — competitive response, churn concentration, contract timing.
  3. Recommendation — a specific pricing structure and rollout plan.
Ready to move forward? Up next: Should Corveta Motors Enter Brazil?Next question
How you'll be graded

100 points, 60% to pass.

  • recommendation30
  • pricing analysis30
  • competitive dynamics20
  • customer segmentation20
Hint
Reveal suggested structure
  1. Break-even volume loss — the volume a price rise can lose before profit falls: Δvolume = Δprice ÷ (gross margin + Δprice)
  2. Predicted volume loss from elasticity: -1.1 × 17% = -18.7%.
  3. Compare the two. If predicted loss is below break-even, the increase is profitable.
  4. Segment — elasticity is an average across very different buyers.
  5. Competitive response — what happens if the competitor holds price.
  6. Design the architecture, then the rollout.