Jobs to be Done (JTBD)
for Manufacture of other chemical products n.e.c. (ISIC 2029)
The 'Manufacture of other chemical products n.e.c.' industry is highly technical, often supplying intermediate goods to other sectors. While seemingly distant from the 'end-user,' the core value lies in the performance and problem-solving capabilities of the chemical products. JTBD is highly...
What this industry needs to get done
When I develop and manufacture chemical products, I want to ensure full compliance with all environmental, health, and safety regulations, so I can avoid penalties, maintain my license to operate, and protect my brand reputation.
The inherent toxicity and potential for significant social and environmental impact (CS06: 4/5, CS07: 4/5) creates a highly dynamic and complex regulatory landscape, making comprehensive and timely adherence challenging.
- regulatory violation count reduction
- environmental incident frequency
- safety audit non-conformance rate
When I integrate a chemical product into my customer's production process, I want it to be easy to handle, store, and perform consistently across batches, so I can minimize their downtime, reduce waste, and optimize their operational costs.
The diverse logistical form factors (PM02: 4/5) and the need for temporal synchronization within customer processes (MD04: 3/5) often lead to significant friction during integration, impacting overall operational efficiency.
- customer process downtime reduction %
- raw material utilization rate improvement
- chemical dosage consistency variance
When I face intense market competition, I want to identify and develop novel chemical formulations or applications that address evolving customer needs, so I can secure new markets and maintain a competitive edge.
In a highly competitive market (MD07: 4/5) with moderate saturation (MD08: 3/5), simply meeting specifications is insufficient; there's a constant pressure to innovate beyond basic properties to avoid obsolescence (MD01: 3/5).
- new product revenue percentage
- market share gain in emerging applications
- time-to-market for novel formulations
When I manufacture batches of chemical products, I want to consistently ensure they meet precise technical specifications and purity standards, so I can guarantee performance, minimize product returns, and build customer trust.
Despite established protocols, the complexity of chemical compositions and potential unit ambiguity (PM01: 3/5) can still introduce variability, risking product integrity and customer dissatisfaction.
- first-pass quality yield
- customer reported quality defect rate
- batch retesting frequency
When I interact with the public, investors, and regulatory bodies, I want to transparently demonstrate my commitment to environmental stewardship, social responsibility, and ethical governance, so I can enhance my brand reputation and attract socially conscious capital.
High social activism and de-platforming risks (CS03: 4/5), coupled with structural toxicity and precautionary fragility (CS06: 4/5), demand transparent and verifiable ESG performance which is often difficult to articulate and prove to diverse stakeholders.
- ESG rating score increase
- positive media mentions (sustainability/ethics)
- investor perception index on social responsibility
When I engage with key industrial customers, I want to move beyond a transactional supplier relationship to become a trusted problem-solving partner, so I can deepen customer loyalty and identify opportunities for joint innovation.
The deeply intermediated value chain (MD05: 3/5) and a historical focus on product specifications often limit the ability to understand and address customers' broader business problems, hindering deeper, more strategic collaborations.
- customer co-development project initiation rate
- customer loyalty index
- cross-sell/upsell revenue percentage
When I assess the long-term outlook for my business, I want to feel confident that my organization is proactively adapting to emerging regulatory demands and market shifts, so I can ensure sustained profitability and avoid disruptive obsolescence.
The moderate market obsolescence risk (MD01: 3/5) and the high structural toxicity with precautionary fragility (CS06: 4/5) of the industry create persistent uncertainty about future regulatory changes or technological shifts, making long-term strategic planning inherently stressful.
- strategic plan adaptability score
- regulatory foresight accuracy rate
- executive decision-making confidence rating
When I manage my production schedule, I want to feel secure that I have redundant and resilient sourcing options for critical raw materials, so I can confidently meet demand without fear of unexpected shortages or price volatility.
The specialized logistical form factor (PM02: 4/5) and temporal synchronization constraints (MD04: 3/5) often lead to vulnerabilities in the supply chain, creating anxiety about potential production disruptions from raw material shortages.
- critical raw material supplier diversification ratio
- supply chain resilience assessment score
- stock-out frequency of key inputs
When I develop and distribute chemical products, I want to efficiently manage vast amounts of safety data (e.g., SDS, toxicological profiles, exposure limits), so I can quickly respond to inquiries, ensure proper labeling, and comply with global reporting standards.
The sheer volume, technical complexity, and regulatory variations (PM01: 3/5) of product safety data across different regions make its efficient management and retrieval a time-consuming and error-prone process.
- regulatory document generation time
- data entry error rate for safety sheets
- audit finding resolution time
When I manage my product portfolio, I want to systematically identify opportunities to reduce costs across the entire product lifecycle (e.g., raw materials, energy, waste disposal), so I can improve profit margins and remain competitive.
Despite continuous improvement efforts, the inherent costs associated with managing structurally toxic materials (CS06: 4/5) and the opaque nature of some input markets (MD03: 2/5) make holistic cost optimization challenging.
- cost of goods sold (COGS) reduction per unit
- waste material valorization rate
- energy efficiency improvement percentage
Strategic Overview
The 'Jobs to be Done' (JTBD) framework offers a powerful lens for manufacturers in the 'other chemical products n.e.c.' sector to move beyond product-centric thinking and understand the fundamental problems or 'jobs' their customers are trying to solve. In an industry often characterized by complex technical specifications and a focus on molecular properties, JTBD shifts the focus to the functional, emotional, and social outcomes customers seek. This approach is critical for differentiating products in a market prone to commoditization and for proactively addressing challenges like 'Maintaining Product Portfolio Relevance' (MD01) and 'Volatile Profit Margins' (MD03) by enabling value-based pricing.
For ISIC 2029, where products are often intermediate goods, understanding the ultimate 'job' for the end-user or the customer's customer becomes paramount. This allows chemical companies to innovate more effectively, develop solutions that resonate deeply with customer needs, and position themselves as strategic partners rather than mere suppliers of raw materials. By identifying unmet or underserved jobs, companies can unlock new growth opportunities, reduce 'High R&D Investment Risk' (MD01), and navigate complex challenges such as 'Structural Toxicity & Precautionary Fragility' (CS06) by providing safer or more sustainable solutions that help customers perform their jobs better, without risks.
4 strategic insights for this industry
Beyond Molecular Properties: Focus on Desired Outcomes
Customers in chemical end-markets (e.g., automotive, construction, electronics) are not simply buying chemical compounds; they are 'hiring' products to achieve specific outcomes such as enhanced material durability, improved process efficiency, regulatory compliance, or reduced environmental impact. For instance, a coating manufacturer isn't buying a polymer; they're buying a solution to provide scratch resistance, UV protection, and ease of application for their customer. This insight directly tackles 'Maintaining Product Portfolio Relevance' (MD01) by ensuring product development aligns with customer value.
Unmet 'Jobs' in Sustainability and Regulatory Compliance
A significant 'job' customers increasingly need to get done is achieving sustainability targets (e.g., using biodegradable inputs, reducing VOC emissions, improving recyclability) and navigating complex, evolving regulatory landscapes. Chemical manufacturers can identify lucrative opportunities by developing products that help customers meet these stringent requirements, thus solving critical 'jobs' around 'Structural Toxicity & Precautionary Fragility' (CS06) and 'Reputational Damage & Brand Erosion' (CS03).
Operational Efficiency as a Core 'Job'
For many industrial clients, the 'job' extends beyond the chemical's direct function to include aspects of operational efficiency: ease of handling, storage, integration into existing processes, and consistent performance across batches. Challenges like 'Logistical Form Factor' (PM02) and 'Unit Ambiguity & Conversion Friction' (PM01) highlight that optimizing these 'operational jobs' can be a major differentiator and value driver, leading to reduced supply chain costs and improved customer satisfaction.
Value-Based Pricing Opportunities through JTBD
By deeply understanding the 'job' and the quantifiable value a chemical product delivers (e.g., extending asset lifespan, reducing energy consumption, enabling faster production cycles), companies can shift away from cost-plus or commodity pricing. This allows for value-based selling, which directly addresses 'Volatile Profit Margins' (MD03) and 'Margin Erosion' (MD07) by justifying premium pricing based on the economic impact for the customer, rather than just the material cost.
Prioritized actions for this industry
Establish Dedicated 'Job' Identification Teams
Form cross-functional teams (R&D, Sales, Marketing, Application Engineering) specifically tasked with conducting ethnographic research, deep customer interviews, and observation to uncover underserved or unarticulated 'jobs' within key customer segments. This direct engagement will provide granular insights often missed by traditional market research, fueling relevant innovation and helping to 'Maintain Product Portfolio Relevance' (MD01).
Realign R&D Pipeline to Solve Customer 'Jobs'
Shift R&D priorities from purely technical advancements to projects explicitly designed to solve identified customer 'jobs.' This means defining project scopes by the desired 'outcome' rather than just a chemical property. For example, instead of 'develop a new additive,' focus on 'develop an additive that reduces equipment downtime by 15% for manufacturing clients.' This reduces 'High R&D Investment Risk' (MD01) by ensuring outputs have clear market demand.
Implement Value-Based Selling Training and Tools
Train sales teams on how to articulate the economic value and impact of chemical products in terms of solving specific customer 'jobs,' rather than just listing technical specifications. Provide tools (e.g., ROI calculators, case studies) that quantify the benefits (e.g., cost savings, increased output, regulatory compliance) for customers. This directly combats 'Volatile Profit Margins' (MD03) and enables 'Pricing Strategy Complexity' through premium pricing based on delivered value.
Develop 'Job-Centric' Product Positioning and Marketing
Refocus marketing messages from product features to the 'jobs' customers can get done using the chemical products. Create content, sales collateral, and digital campaigns that speak directly to the functional, emotional, and social outcomes. This helps overcome 'Lack of Differentiated Identity' (CS02) and 'Market Access Barriers' (MD06) by clearly communicating value to specific segments.
From quick wins to long-term transformation
- Conduct internal workshops to educate R&D, Sales, and Marketing teams on JTBD principles and shift their perspective from product features to customer outcomes.
- Select one key product or customer segment and perform a rapid JTBD interview series to identify top 'jobs' and current 'solutions.'
- Review existing marketing materials to identify opportunities for reframing product benefits in 'job-to-be-done' language.
- Pilot a JTBD-driven product development project, integrating insights directly into the R&D process and testing prototypes with customers to validate 'job' fulfillment.
- Develop a structured 'Jobs Atlas' for key customer segments, documenting identified jobs, desired outcomes, and current pain points.
- Integrate JTBD concepts into annual strategic planning sessions, especially for product portfolio reviews and market entry strategies.
- Embed JTBD as a core organizational capability, establishing a continuous 'job' discovery and validation process across the entire product lifecycle.
- Shift compensation structures for R&D and Sales to reward success in solving customer 'jobs' and achieving value-based pricing, rather than just volume or technical milestones.
- Utilize JTBD insights to guide M&A strategy, identifying companies that either solve complementary 'jobs' or possess technologies to address critical unmet needs.
- Confusing features with 'jobs': Focusing on what the product 'is' rather than what the customer 'hires' it to 'do.'
- Superficial customer interviews: Not digging deep enough to uncover the true underlying motivations and struggles.
- Internal resistance: R&D or sales teams clinging to product-centric views and failing to adopt the new mindset.
- Lack of cross-functional alignment: Failing to bridge the gap between customer insights and product development/marketing execution.
- Ignoring emotional and social 'jobs': Over-emphasizing functional jobs and neglecting critical non-functional aspects.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| New Product Success Rate (JTBD-aligned) | Percentage of new products developed using JTBD insights that achieve target revenue, market share, or adoption rates within the first 12-24 months. | Achieve >70% success rate for JTBD-aligned product launches, compared to a baseline of 40% for non-JTBD products. |
| Value-Based Pricing Realization (VPR) | The average premium realized for products where value-based pricing, justified by solving a specific customer 'job,' is applied, compared to commodity pricing. | Increase VPR by 5-10% annually for targeted product lines, leading to a 3% overall improvement in gross margin. |
| Customer 'Job' Satisfaction Score | Survey-based score measuring how effectively chemical products help customers accomplish their specific 'jobs,' capturing functional, emotional, and social dimensions. | Maintain an average 'Job' Satisfaction Score of 4.5/5 or higher across key product categories, with specific improvements in identified pain points. |
| Customer Lifetime Value (CLV) from JTBD initiatives | Increased revenue and profitability generated over the entire relationship with customers acquired or retained through products and services designed to address specific 'jobs.' | Increase CLV by 10-15% for customers engaged through JTBD-driven solutions, reflecting deeper relationships and expanded product usage. |
Other strategy analyses for Manufacture of other chemical products n.e.c.
Also see: Jobs to be Done (JTBD) Framework