Understanding our process
The product development and innovation process at LN Chemicals is structured to ensure effective collaboration with customers and efficient creation of new chemical products. Below is a detailed overview of their approach based on the provided information.
Step 1
Customer
Engagement
LN Chemicals initiates the product development process by closely collaborating with customers to understand their specific requirements. This engagement is crucial for aligning development efforts with market needs.
Step 2
Research and
Development (R&D)
The R&D team focuses on two primary objectives: developing new products and continuously improving the quality and performance of existing products. This involves conducting thorough literature surveys and maintaining a database of technical data sheets and safety information.
Step 3
Feasibility
Studies
A feasibility study is conducted to assess the technical, economic, and environmental viability of the proposed product. This includes evaluating raw material availability, production costs, and compliance with regulatory requirements.
Step 4
Sample Testing & Characterization
If a customer provides a sample, LN Chemicals tests it to determine its physical properties. This step is essential for identifying suitable chemistries and ingredients for product formulation.
Step 5
Design
Documentation
A Design Input Document is prepared, summarizing product specifications, application methods, safety requirements, and target costs. This document serves as a guideline for the development process.
Step 6
Formulation
Development
The team identifies and shortlists potential chemistries and ingredients for the product formulation. Samples are prepared and tested either in-house or at third-party laboratories.
Step 7
Customer
Feedback
Shortlisted samples are shared with customers for testing. Customer feedback is integral to refining the product and ensuring it meets their expectations.
Step 8
In-House
Experimentation
LN Chemicals maintains a comprehensive record of in-house laboratory experiments, which aids in optimising formulations and enhancing product quality. Over 30,000 experiments have been documented, reflecting the company's commitment to innovation and quality assurance.
Step 9
Regulatory
Compliance
The development process adheres to stringent regulatory standards to ensure safety and environmental protection. Necessary permits and approvals are obtained from relevant authorities before proceeding to production.
Step 10
Quality Control
and Assurance
A robust quality control program is established to monitor product quality throughout the manufacturing process. This includes testing raw materials, in-process checks, and final product evaluations to ensure compliance with specifications.
Step 11
Scale-Up and
Production
Successful pilot-scale production leads to full-scale manufacturing. The production facility is designed to optimise efficiency while meeting regulatory standards.
Step 1
-
LN Chemicals initiates the product development process by closely collaborating with customers to understand their specific requirements. This engagement is crucial for aligning development efforts with market needs.
Step 2
-
The R&D team focuses on two primary objectives: developing new products and continuously improving the quality and performance of existing products. This involves conducting thorough literature surveys and maintaining a database of technical data sheets and safety information.
Step 3
-
A feasibility study is conducted to assess the technical, economic, and environmental viability of the proposed product. This includes evaluating raw material availability, production costs, and compliance with regulatory requirements.
Step 4
-
If a customer provides a sample, LN Chemicals tests it to determine its physical properties. This step is essential for identifying suitable chemistries and ingredients for product formulation.
Step 5
-
A Design Input Document is prepared, summarizing product specifications, application methods, safety requirements, and target costs. This document serves as a guideline for the development process.
Step 6
-
The team identifies and shortlists potential chemistries and ingredients for the product formulation. Samples are prepared and tested either in-house or at third-party laboratories.
Step 7
-
Shortlisted samples are shared with customers for testing. Customer feedback is integral to refining the product and ensuring it meets their expectations.
Step 8
-
LN Chemicals maintains a comprehensive record of in-house laboratory experiments, which aids in optimising formulations and enhancing product quality. Over 30,000 experiments have been documented, reflecting the company's commitment to innovation and quality assurance.
Step 9
-
The development process adheres to stringent regulatory standards to ensure safety and environmental protection. Necessary permits and approvals are obtained from relevant authorities before proceeding to production.
Step 10
-
A robust quality control program is established to monitor product quality throughout the manufacturing process. This includes testing raw materials, in-process checks, and final product evaluations to ensure compliance with specifications.
Step 11
-
Successful pilot-scale production leads to full-scale manufacturing. The production facility is designed to optimise efficiency while meeting regulatory standards.
Our Process
-
LN Chemicals initiates the product development process by closely collaborating with customers to understand their specific requirements. This engagement is crucial for aligning development efforts with market needs.
-
The R&D team focuses on two primary objectives: developing new products and continuously improving the quality and performance of existing products. This involves conducting thorough literature surveys and maintaining a database of technical data sheets and safety information.
-
A feasibility study is conducted to assess the technical, economic, and environmental viability of the proposed product. This includes evaluating raw material availability, production costs, and compliance with regulatory requirements.
-
If a customer provides a sample, LN Chemicals tests it to determine its physical properties. This step is essential for identifying suitable chemistries and ingredients for product formulation.
-
A Design Input Document is prepared, summarizing product specifications, application methods, safety requirements, and target costs. This document serves as a guideline for the development process.
-
The team identifies and shortlists potential chemistries and ingredients for the product formulation. Samples are prepared and tested either in-house or at third-party laboratories.
-
Shortlisted samples are shared with customers for testing. Customer feedback is integral to refining the product and ensuring it meets their expectations.
-
LN Chemicals maintains a comprehensive record of in-house laboratory experiments, which aids in optimising formulations and enhancing product quality. Over 30,000 experiments have been documented, reflecting the company's commitment to innovation and quality assurance.
-
The development process adheres to stringent regulatory standards to ensure safety and environmental protection. Necessary permits and approvals are obtained from relevant authorities before proceeding to production.
-
A robust quality control program is established to monitor product quality throughout the manufacturing process. This includes testing raw materials, in-process checks, and final product evaluations to ensure compliance with specifications.
-
Successful pilot-scale production leads to full-scale manufacturing. The production facility is designed to optimise efficiency while meeting regulatory standards.
To Conclude
The product development process at LN Chemicals is characterised by a systematic and customer-focused approach. By integrating customer feedback, rigorous testing, and thorough documentation, LN Chemicals aims to deliver high-quality chemical products that meet market demands and regulatory standards.