- Industries
- Peptide Synthesis
Peptide Synthesis
High-purity solvents and custom blends designed to support efficient SPPS workflows, consistent yields, and reliable downstream purification.
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Ultra-High-Purity for Sensitive Syntheses
Minimize by-products and maximize coupling efficiency across repeated deprotection and coupling cycles
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ISO Certified
Comprehensive documentation and strict QC protocols support consistent lot-to-lot performance and quality expectations
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One-Stop Product Portfolio
From SPPS workhorse solvents to purification solvents and custom blended solutions, Tedia offers a comprehensive portfolio
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Scalable Supply Chain
Whether you’re refining R&D or scaling commercial production, rely on Tedia’s global distribution network and broad portfolio of packaging options
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Technical & Customization Support
Collaborate with our experts for tailored formulations, packaging requirements, and process-aligned specifications
Elevate your peptide synthesis with Tedia’s portfolio of ultra-high-purity solvents
Featured Peptide Manufacturing Products
Peptide Synthesis
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Where Tedia materials fit in the peptide synthesis process
Peptide synthesis workflows vary by peptide class, resin, and platform but most Solid-Phase Peptide Synthesis (SPPS) processes follow a consistent sequence.
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Step One: Resin Swelling & Conditioning
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Step Two: Deprotection
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Step Three: Coupling (repeat cycle)
Purpose: Attach the next amino acid with high efficiency and minimal side reactions
Typical Solvents: Polar aprotic solvents (often DMF/ NMP/ DMAc) for consistent solubility and kinetics
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Step Four: Wash Cycles
Purpose: Clear residual reagents/byproducts between steps to protect sequence fidelity
Typical Solvents: DMF/NMP/DMAc/DCM/EA
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Step Five: Cleavage & global deprotection
Purpose: Release peptide from resin and remove side-chain protections
Reagent: TFA
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Step Six: Precipitation / Isolation
Purpose: Crash out peptide and remove cleavage components
Typical solvents: Diethyl Ether, Isopropyl Ether, MTBE
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Step Seven: Purification & Analytics
Purpose: Isolate target purity and support QC testing
Typical solvents: Diethyl Ether, Acetonitrile, Methanol, Water
USE CASES & APPLICATIONS
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Solid-Phase Peptide Synthesis (SPPS)
Support high yields and sequence fidelity with high-purity solvents and carefully blended solutions
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Automated Peptide Synthesizers
Minimize downtime and variability with consistent, contamination-controlled materials in the volumes you need
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Lipidated & Complex Peptides
Enable challenging sequences with solvent options and specification support aligned to tighter performance requirements
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Commercial Manufacturing
Transition from pilot to commercial scale with reliable supply, documentation, and quality consistency
Why Tedia?
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Decades of expertise
Serving life sciences with proven solvent manufacturing and distribution capabilities
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Stringent quality control
Lot-to-lot consistency validated by rigorous testing—no surprises in critical processes
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Custom Formula & Packaging
Tailor solutions to your synthesis workflow—save time and labor by procuring pre-blended reagents
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Global Reach
Dedicated supply chain and customer support teams ready to fulfill orders worldwide
